Claims (5000)
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を1〜26倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) is converted to CO20 power generation by 1 to 26 times geothermal power generation + increasing sphere rising device (2F) Ascending and storing + Compressing the air heated by geothermal heat, heating and compressing geothermal heating air + Compressing heat recovery from the cold turbine exhaust + Driving the turbine diameter of the opposed all blade impeller turbine + double the geothermal air heater (2z ) Combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を5倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) is converted to CO20 power generation by geothermal power generation 5 times + increase sphere rising device (2F) ascending and storing metal sphere liquid metal and specific material impact reducing material + Compressing the air heated by geothermal heat, heating the geothermal heating air, compressing heat recovery, recovering the heat from the cold turbine exhaust, driving the turbine diameter 3 times of the opposed all blade impeller turbine + driving the geothermal air heater (2z) Various energy storage cycle coalescing engines inserted into drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を6倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) is converted to CO20 power generation by 6 times geothermal power generation + metal sphere liquid metal and specific material impact reducing material are increased and stored by increasing sphere rising device (2F) + Geothermal heating air is compressed and geothermal heating air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven 4 times the turbine diameter + Geothermal air heater (2z) Various energy storage cycle coalescing engines inserted into drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を7倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4D) is converted to CO20 power generation by 7 times geothermal power generation + metal sphere liquid metal and specific material impact reducing material are increased and stored by increasing sphere rising device (2F) + Geothermal heating air is compressed and geothermal heating air is heated. Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade impeller turbine is driven 5 times the turbine diameter + Geothermal air heater (2z) Various energy storage cycle coalescing engines inserted into drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を8倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) is converted to CO20 power generation by geothermal power generation 8 times + metal sphere liquid metal and specific material impact reducing material are increased and stored by increasing sphere rising device (2F) + Compressing the air heated by geothermal heat and heating the geothermal heating air + Compressed heat recovery + Compressing the heat from the cold turbine exhaust + Driving the turbine diameter of the opposed all blade impeller turbine + driving the geothermal air heater (2z) Various energy storage cycle coalescing engines inserted into drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を9倍の同径略同形同長地熱発電タービンを1段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 9 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in one stage + storage battery drive, electric drive, and warm use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を10倍の同径略同形同長地熱発電タービンを2段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 10 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 2 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery for cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Inserts a geothermal air heater (2z) into the drilling hole for various energy conservation cycle combined engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を11倍の同径略同形同長地熱発電タービンを3段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 11 times the same diameter, approximately the same shape and the same length geothermal power generator in 3 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を12倍の同径略同形同長地熱発電タービンを4段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 12 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を13倍の同径略同形同長地熱発電タービンを5段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4D) 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 5 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を14倍の同径略同形同長地熱発電タービンを6段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 14 times the same diameter, approximately the same shape, the same length geothermal power generation structure in 6 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery for cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Inserts a geothermal air heater (2z) into the drilling hole for various energy conservation cycle combined engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を15倍の同径略同形同長地熱発電タービンを7段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 15 times the same diameter and approximately the same shape and length of geothermal power generation turbines in 7 stages + Storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed rotor blade turbine + Geothermal air heater (2z) is inserted into the boring machine drilling hole, and various energy conservation cycle coalescing engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を16倍の同径略同形同長地熱発電タービンを8段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 16 times the same diameter, approximately the same shape, the same length geothermal power turbine structure with 8 stages + storage battery drive, electric drive, and full use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を17倍の同径略同形同長地熱発電タービンを9段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in nine stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of opposed all blade impeller turbine + Inserts geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を18倍の同径略同形同長地熱発電タービンを10段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 10 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を19倍の同径略同形同長地熱発電タービンを11段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 19 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 11 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を20倍の同径略同形同長地熱発電タービンを12段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 20 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を21倍の同径略同形同長地熱発電タービンを13段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) 21 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 13 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement A combination of various energy conservation cycle engines that drive three times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を22倍の同径略同形同長地熱発電タービンを14段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4A) 22 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 14 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を23倍の同径略同形同長地熱発電タービンを15段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 15 stages + storage battery drive to make all kinds of ships prime The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を24倍の同径略同形同長地熱発電タービンを16段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 24 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine structure in 16 stages + accelerating the storage battery-powered various ships + increasing sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を25倍の同径略同形同長地熱発電タービンを17段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 25 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 17 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を26倍の同径略同形同長地熱発電タービンを18段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 26 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 18 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を2倍の同径略同形同長地熱発電タービンを19段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) with the same diameter and the same shape and the same length geothermal power generation turbine in 19 stages + Structure to drive storage battery drive + Increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を3倍の同径略同形同長地熱発電タービンを20段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4A) 3 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を4倍の同径略同形同長地熱発電タービンを21段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 21 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement A combination of various energy conservation cycle engines that drive three times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を5倍の同径略同形同長地熱発電タービンを22段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4C) 5 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を6倍の同径略同形同長地熱発電タービンを23段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 6 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 23 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を7倍の同径略同形同長地熱発電タービンを24段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 7 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 24 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を8倍の同径略同形同長地熱発電タービンを25段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) 8 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 25 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement A combination of various energy conservation cycle engines that drive three times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を9倍の同径略同形同長地熱発電タービンを26段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) 9 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 26 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を10倍の同径略同形同長地熱発電タービンを27段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 27 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を11倍の同径略同形同長地熱発電タービンを28段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 11 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 28 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を12倍の同径略同形同長地熱発電タービンを29段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 29 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive three times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を13倍の同径略同形同長地熱発電タービンを30段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 13 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 30 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を14倍の同径略同形同長地熱発電タービンを31段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) 14 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 31 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を15倍の同径略同形同長地熱発電タービンを32段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 32 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を16倍の同径略同形同長地熱発電タービンを33段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 16 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 33 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement A combination of various energy conservation cycle engines that drive three times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を17倍の同径略同形同長地熱発電タービンを34段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 17 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 34 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を18倍の同径略同形同長地熱発電タービンを35段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 18 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 35 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を19倍の同径略同形同長地熱発電タービンを36段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4E) 19 times the same diameter and the same shape and the same length geothermal power generation turbine provided in 36 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を20倍の同径略同形同長地熱発電タービンを37段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 20 times the same diameter, approximately the same shape, the same length Geothermal power generation turbines in 37 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement A combination of various energy conservation cycle engines that drive three times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を21倍の同径略同形同長地熱発電タービンを38段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) 21 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 38 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を22倍の同径略同形同長地熱発電タービンを39段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4B) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation turbines in 39 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the cold turbine exhaust + collects the opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を23倍の同径略同形同長地熱発電タービンを40段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 23 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を24倍の同径略同形同長地熱発電タービンを41段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 24 times the same diameter, approximately the same shape, the same length, geothermal power generation turbines are provided in 41 stages + storage battery-driven various ships primed + increasing sphere rise The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the combined heat Various energy storage cycle coalescing engines that have been used as a power generation method that collects and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を25倍の同径略同形同長地熱発電タービンを42段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 42 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を26倍の同径略同形同長地熱発電タービンを43段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 43 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the combined heat Various energy storage cycle coalescing engines that have been used as a power generation method that collects and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を2倍の同径略同形同長地熱発電タービンを44段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4A) with double the same diameter and the same shape and the same length of geothermal power turbines in 44 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the combined heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を3倍の同径略同形同長地熱発電タービンを45段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 45 stages + storage battery drive to make all kinds of ships prime The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を4倍の同径略同形同長地熱発電タービンを46段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 46 stages Collect geothermal heat with a geothermal air heater (2z) + Increase the head with an increase ball lift device + Increase the metal ball liquid metal and specific material impact reduction material with the increase ball lift device (2F) + Save the heated air with geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven 3 times the turbine diameter + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を5倍の同径略同形同長地熱発電タービンを47段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4D) 5 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 47 stages Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated by geothermal Compressed geothermal heating air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven 4 times the turbine diameter + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を6倍の同径略同形同長地熱発電タービンを48段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 6 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 48 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with a geothermal air heater (2z) + Increase the head with an increase ball lift device + Increase the metal ball liquid metal and specific material impact reduction material with the increase ball lift device (2F) + Save the heated air with geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven 5 times the turbine diameter + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を7倍の同径略同形同長地熱発電タービンを49段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) 7 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 49 stages + Battery drive, electric drive, and warm use + Collect geothermal heat with a geothermal air heater (2z) + Increase the head with an increase ball lift device + Increase the metal ball liquid metal and specific material impact reduction material with the increase ball lift device (2F) + Save the heated air with geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven twice the turbine diameter + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を8倍の同径略同形同長地熱発電タービンを50段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 8 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with a geothermal air heater (2z) + Increase the head with an increase ball lift device + Increase the metal ball liquid metal and specific material impact reduction material with the increase ball lift device (2F) + Save the heated air with geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven 3 times the turbine diameter + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を9倍の同径略同形同長地熱発電タービンを51段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 9 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 51 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery for cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Inserts a geothermal air heater (2z) into the drilling hole for various energy conservation cycle combined engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を10倍の同径略同形同長地熱発電タービンを52段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 10 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 52 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed rotor blade turbine + Geothermal air heater (2z) is inserted into the boring machine drilling hole, and various energy conservation cycle coalescing engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を11倍の同径略同形同長地熱発電タービンを53段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 11 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 53 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を12倍の同径略同形同長地熱発電タービンを54段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 12 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 54 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を13倍の同径略同形同長地熱発電タービンを55段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 13 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 55 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を14倍の同径略同形同長地熱発電タービンを56段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 14 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 56 stages, + electric drive prime + heating air compressed by geothermal heat Compressed heat recovery of geothermal heated air + Compressed heat recovery of cold turbine exhaust + Drives the turbine diameter of the opposed all blade impeller turbine 5 times + Various types of geothermal air heater (2z) inserted into drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を15倍の同径略同形同長地熱発電タービンを57段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 15 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is provided in 57 stages. Compressed heat recovery of geothermal heated air + Compressed heat recovery of cold turbine exhaust + Drives twice the turbine diameter of the opposed all blade impeller turbine + Inserts a geothermal air heater (2z) into the drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を16倍の同径略同形同長地熱発電タービンを58段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4C) 16 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is provided in 58 stages + electric drive prime + compressed air heated by geothermal heat Compressed heat recovery of geothermal heated air + Compressed heat recovery of cold turbine exhaust + Drives the turbine diameter of the opposed all blade impeller turbine 3 times + Inserts a geothermal air heater (2z) into the drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を17倍の同径略同形同長地熱発電タービンを59段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 17 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided 59 stages + electric drive prime + compressed air heated by geothermal Compressed heat recovery of geothermal heated air + Compressed heat recovery of cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Inserts a geothermal air heater (2z) into the drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を18倍の同径略同形同長地熱発電タービンを60段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 60 stages + electric drive prime + compressed air heated by geothermal heat Compressed heat recovery of geothermal heated air + Compressed heat recovery of cold turbine exhaust + Drives 5 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the boring machine drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を19倍の同径略同形同長地熱発電タービンを61段に設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 61 stages + output increasing sphere (2E) with small diameter, acceleration turbine drive + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Compressed heat recovery of cold turbine exhaust + Drives the turbine diameter of the opposed all blade impeller turbine + double the geothermal air heater (2z) Various energy storage cycle coalescing engines inserted into drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を20倍の同径略同形同長地熱発電タービンを62段に設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 20 times the same diameter, approximately the same shape and the same length geothermal power generation + Geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + Cold turbine exhaust is compressed and heat recovery is performed. Various energy storage cycle coalescing engines inserted into drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を21倍の同径略同形同長地熱発電タービンを63段に設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 21 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine provided in 63 stages + power increasing sphere (2E) with small diameter, acceleration turbine + Geothermal heating air is compressed and geothermal heating air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven 4 times the turbine diameter + Geothermal air heater (2z) Various energy storage cycle coalescing engines inserted into drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を22倍の同径略同形同長地熱発電タービンを64段に設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 22 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine provided in 64 stages + power increase sphere (2E) with small diameter, acceleration turbine drive + Geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + Cold turbine exhaust is compressed and heat recovery is recovered + The turbine diameter of the opposed all blade impeller turbine is driven 5 times + Geothermal air heater (2z) Various energy storage cycle coalescing engines inserted into drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を23倍の同径略同形同長地熱発電タービンを65段に設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 23 times the same diameter, approximately the same shape, the same length, geothermal power generation + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Compressed heat recovery of cold turbine exhaust + Drives the turbine diameter of the opposed all blade impeller turbine + double the geothermal air heater (2z) Various energy storage cycle coalescing engines inserted into drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を24倍の同径略同形同長地熱発電タービンを66段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 24 times the same diameter and approximately the same shape and the same length geothermal power generation turbine installed in 66 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a boring machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を25倍の同径略同形同長地熱発電タービンを67段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 25 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 67 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine, various energy storage cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を26倍の同径略同形同長地熱発電タービンを68段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 68 stages + Fully electrified house prime + Increase ball riser (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を2倍の同径略同形同長地熱発電タービンを69段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) is double the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 69 stages + full electrification house prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine Of various energy conservation cycles, which is equipped with a turbine diameter of 2 times + geothermal air heater (2z) inserted into a boring machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を3倍の同径略同形同長地熱発電タービンを70段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 3 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 70 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を4倍の同径略同形同長地熱発電タービンの71段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 71 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine, various energy storage cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を5倍の同径略同形同長地熱発電タービンの72段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4E) 72 times structure of geothermal power generation turbine with the same diameter and approximately the same shape and the same length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine This is a combined engine with various energy storage cycles, which is equipped with a turbine diameter of 5 times and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を6倍の同径略同形同長地熱発電タービンの73段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 6 times the same diameter approximately the same shape and the same length geothermal power generation turbine 73 stage structure + storage battery drive various automobile prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を7倍の同径略同形同長地熱発電タービンの74段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 7 times the same diameter approximately the same shape and the same length geothermal power generation turbine 74 stage structure + storage battery drive various automobile prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a boring machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を8倍の同径略同形同長地熱発電タービンの75段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 75 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を9倍の同径略同形同長地熱発電タービンを76段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 9 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 76 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed rotor blade turbine + Geothermal air heater (2z) is inserted into the boring machine drilling hole, and various energy conservation cycle coalescing engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を10倍の同径略同形同長地熱発電タービンを77段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 77 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を11倍の同径略同形同長地熱発電タービンを78段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure with 78 stages + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of opposed all blade impeller turbine + Inserts geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を12倍の同径略同形同長地熱発電タービンを79段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposed metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 79 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery for cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Inserts a geothermal air heater (2z) into the drilling hole for various energy conservation cycle combined engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を13倍の同径略同形同長地熱発電タービンを80段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 80 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed rotor blade turbine + Geothermal air heater (2z) is inserted into the boring machine drilling hole, and various energy conservation cycle coalescing engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を14倍の同径略同形同長地熱発電タービンを81段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4B) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 81 stages The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + The heat of the geothermal heating is compressed by heating the geothermal heating air. Combined engine with various energy storage cycles with double turbine diameter + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を15倍の同径略同形同長地熱発電タービンを82段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 82 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を16倍の同径略同形同長地熱発電タービンを83段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 16 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 83 stages The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + The heat of the geothermal heating is compressed by heating the geothermal heating air. The compressed heat recovery is recovered. Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を17倍の同径略同形同長地熱発電タービンを84段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4E) 17 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 84 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + The heat of the geothermal heating is compressed by heating the geothermal heating air. The compressed heat recovery is recovered. Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を18倍の同径略同形同長地熱発電タービンを85段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 18 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 85 stages The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + The heat of the geothermal heating is compressed by heating the geothermal heating air. The compressed heat recovery is recovered. Combined engine with various energy storage cycles with double turbine diameter + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を19倍の同径略同形同長地熱発電タービンを86段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 86 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を20倍の同径略同形同長地熱発電タービンを87段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure with 87 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery for cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Inserts a geothermal air heater (2z) into the drilling hole for various energy conservation cycle combined engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を21倍の同径略同形同長地熱発電タービンを88段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 88 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed rotor blade turbine + Geothermal air heater (2z) is inserted into the boring machine drilling hole, and various energy conservation cycle coalescing engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を22倍の同径略同形同長地熱発電タービンを89段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 89 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery for cold turbine exhaust + Drives twice the turbine diameter of the opposed all-blade impeller turbine + Inserts a geothermal air heater (2z) into the boring machine drilling hole and combines various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を23倍の同径略同形同長地熱発電タービンを90段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 23 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 90 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を24倍の同径略同形同長地熱発電タービンを91段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 24 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 91 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine, various energy storage cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を25倍の同径略同形同長地熱発電タービンを92段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 92 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine This is a combined engine with various energy conservation cycles, which is equipped with a turbine diameter of 5 times and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を26倍の同径略同形同長地熱発電タービンを93段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 26 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 93 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine The energy saving cycle coalescing engine equipped with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を2倍の同径略同形同長地熱発電タービンを94段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with the same diameter approximately the same shape and the same length geothermal power generation turbine installed in 94 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を3倍の同径略同形同長地熱発電タービンを95段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 95 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を4倍の同径略同形同長地熱発電タービンの96段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 4 times the same diameter approximately the same shape and the same length geothermal power generator 96 stage structure + accumulator driving various automobiles + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine This is a combined engine with various energy conservation cycles, which is equipped with a turbine diameter of 5 times and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を5倍の同径略同形同長地熱発電タービンの97段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 97-stage structure of geothermal power generation turbine with the same diameter and the same shape and length of 5 times ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine Of various energy conservation cycles, which is equipped with a turbine diameter of 2 times + geothermal air heater (2z) inserted into a boring machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を6倍の同径略同形同長地熱発電タービンの98段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 6 times the same diameter approximately the same shape and the same length geothermal power generation turbine 98 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a boring machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を7倍の同径略同形同長地熱発電タービンの99段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 7 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 99 stage structure + storage battery drive various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine, various energy storage cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を8倍の同径略同形同長地熱発電タービンの100段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 8 times the same diameter and approximately the same shape and length of geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を9倍の同径略同形同長地熱発電タービンを101段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 9 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 101 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を10倍の同径略同形同長地熱発電タービンを102段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 10 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 102 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を11倍の同径略同形同長地熱発電タービンを103段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 11 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 103 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を12倍の同径略同形同長地熱発電タービンを104段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 12 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 104 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を13倍の同径略同形同長地熱発電タービンを105段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 105 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery for cold turbine exhaust + Drives twice the turbine diameter of the opposed all-blade impeller turbine + Inserts a geothermal air heater (2z) into the boring machine drilling hole and combines various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を14倍の同径略同形同長地熱発電タービンを106段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 14 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 106 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を15倍の同径略同形同長地熱発電タービンを107段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 107 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を16倍の同径略同形同長地熱発電タービンを108段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4E) 16 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 108 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を17倍の同径略同形同長地熱発電タービンを109段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 109 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を18倍の同径略同形同長地熱発電タービンを110段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4A) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 110 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を19倍の同径略同形同長地熱発電タービンを111段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 111 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を20倍の同径略同形同長地熱発電タービンを112段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 20 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 112 stages + storage battery drive, electric drive, and hot energy use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を21倍の同径略同形同長地熱発電タービンを113段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 21 times the same diameter and the same shape and the same length geothermal power generation turbine in 113 stages + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を22倍の同径略同形同長地熱発電タービンを114段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 22 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 114 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を23倍の同径略同形同長地熱発電タービンを115段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 115 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を24倍の同径略同形同長地熱発電タービンを116段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 116 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を25倍の同径略同形同長地熱発電タービンを117段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 25 times the same diameter and approximately the same shape and length of geothermal turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を26倍の同径略同形同長地熱発電タービンを118段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 118 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を2倍の同径略同形同長地熱発電タービンを119段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with the same diameter and the same shape and the same length of geothermal power generation turbine installed in 119 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を3倍の同径略同形同長地熱発電タービンを120段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 120 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を4倍の同径略同形同長地熱発電タービンの1段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 1 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を5倍の同径略同形同長地熱発電タービンの2段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 5 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 2-stage structure + storage battery driven various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を6倍の同径略同形同長地熱発電タービンの3段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 6 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 3-stage structure + storage battery driven various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を7倍の同径略同形同長地熱発電タービンの4段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4C) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 4 stage structure + storage battery drive various automobile prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を8倍の同径略同形同長地熱発電タービンの5段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4D) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 5-stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を9倍の同径略同形同長地熱発電タービンを6段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 9 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を10倍の同径略同形同長地熱発電タービンを7段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 10 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 7 stages + Storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を12倍の同径略同形同長地熱発電タービンを8段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 12 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を13倍の同径略同形同長地熱発電タービンを9段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 9 stages + battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を14倍の同径略同形同長地熱発電タービンを10段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 10 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を15倍の同径略同形同長地熱発電タービンを11段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 11 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を16倍の同径略同形同長地熱発電タービンを12段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4E) 16 times the same diameter approximately the same shape and the same length geothermal power generation turbine is provided in 12 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を17倍の同径略同形同長地熱発電タービンを13段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 13 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を18倍の同径略同形同長地熱発電タービンを14段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4A) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 14 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を19倍の同径略同形同長地熱発電タービンを15段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4B) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 15 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を20倍の同径略同形同長地熱発電タービンを16段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with 20 times the same diameter, approximately the same shape, the same length geothermal power turbine structure in 16 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を21倍の同径略同形同長地熱発電タービンを17段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 21 times the same diameter and the same shape and the same length geothermal power generation turbine in 17 stages + storage battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を22倍の同径略同形同長地熱発電タービンを18段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 22 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 18 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を23倍の同径略同形同長地熱発電タービンを19段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 19 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を24倍の同径略同形同長地熱発電タービンを20段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 24 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を25倍の同径略同形同長地熱発電タービンを21段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 25 times the same diameter, approximately the same shape, the same length geothermal power turbines are provided in 21 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を26倍の同径略同形同長地熱発電タービンを22段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 22 stages + full electrification house prime + increase sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を2倍の同径略同形同長地熱発電タービンを23段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 23 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を3倍の同径略同形同長地熱発電タービンを24段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 3 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 24 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を4倍の同径略同形同長地熱発電タービンを25段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 25 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を5倍の同径略同形同長地熱発電タービンの26段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4A) 26 times structure of the same diameter, approximately the same shape and the same length geothermal power generation turbine + accelerating various battery-powered vehicles + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を6倍の同径略同形同長地熱発電タービンの27段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4B) 6 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 27 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を7倍の同径略同形同長地熱発電タービンの28段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4C) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 28-stage structure + storage battery drive various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を8倍の同径略同形同長地熱発電タービンの29段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4D) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 29 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を9倍の同径略同形同長地熱発電タービンの30段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 9 times the same diameter and approximately the same shape and length of geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を10倍の同径略同形同長地熱発電タービンを31段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 31 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を11倍の同径略同形同長地熱発電タービンを32段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 32 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を12倍の同径略同形同長地熱発電タービンを33段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 33 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を13倍の同径略同形同長地熱発電タービンを34段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 34 stages + storage battery drive, electric drive, and heat application prime Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を14倍の同径略同形同長地熱発電タービンを35段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 14 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を15倍の同径略同形同長地熱発電タービンを36段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 15 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine installed in 36 stages The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を16倍の同径略同形同長地熱発電タービンを37段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4F) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 37 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を17倍の同径略同形同長地熱発電タービンを38段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is provided in 38 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を18倍の同径略同形同長地熱発電タービンを39段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 39 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を19倍の同径略同形同長地熱発電タービンを40段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 40 stages + factory electrification prime + increasing sphere ascending device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を20倍の同径略同形同長地熱発電タービンを41段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 20 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 41 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を21倍の同径略同形同長地熱発電タービンを42段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 21 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 42 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を22倍の同径略同形同長地熱発電タービンを43段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 22 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 43 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を23倍の同径略同形同長地熱発電タービンを44段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 44 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を24倍の同径略同形同長地熱発電タービンを45段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 24 times the same diameter, approximately the same shape, the same length geothermal power turbine with 45 stages + storage battery drive, electric drive, and full use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を25倍の同径略同形同長地熱発電タービンを46段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 46 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を26倍の同径略同形同長地熱発電タービンを47段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 47 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を2倍の同径略同形同長地熱発電タービンを48段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with the same diameter and approximately the same shape and the same length geothermal power generation turbine provided in 48 stages + Fully electrified house prime + Increase sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を3倍の同径略同形同長地熱発電タービンを49段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 3 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 49 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を4倍の同径略同形同長地熱発電タービンを50段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 50 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を5倍の同径略同形同長地熱発電タービンの51段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4B) 51 stage structure of geothermal power generation turbine with the same diameter and the same shape and length of 5 times ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を6倍の同径略同形同長地熱発電タービンの52段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 6 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を7倍の同径略同形同長地熱発電タービンの53段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 7 times the same diameter approximately the same shape and the same length geothermal turbine 53 stage structure + storage battery drive various automobile prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を8倍の同径略同形同長地熱発電タービンの54段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 8 times the same diameter, approximately the same shape, the same length geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を9倍の同径略同形同長地熱発電タービンの55段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 9 times the same diameter approximately the same shape and the same length geothermal power generation turbine 55 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を10倍の同径略同形同長地熱発電タービンを56段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 56 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を11倍の同径略同形同長地熱発電タービンを57段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 57 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を12倍の同径略同形同長地熱発電タービンを58段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 58 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を13倍の同径略同形同長地熱発電タービンを59段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 59 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を14倍の同径略同形同長地熱発電タービンを60段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 60 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を15倍の同径略同形同長地熱発電タービンを61段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 61 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を16倍の同径略同形同長地熱発電タービンを62段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4A) 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 62 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を17倍の同径略同形同長地熱発電タービンを63段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4B) 17 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 63 stages + factory electrification prime + increase sphere ascent device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を18倍の同径略同形同長地熱発電タービンを64段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4C) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 64 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を19倍の同径略同形同長地熱発電タービンを65段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 65 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + The heat of the geothermal heating is compressed by heating the geothermal heating air. The compressed heat recovery is recovered. Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を20倍の同径略同形同長地熱発電タービンを66段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 66 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を21倍の同径略同形同長地熱発電タービンを67段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 67 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を22倍の同径略同形同長地熱発電タービンを68段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 22 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 68 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を23倍の同径略同形同長地熱発電タービンを69段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine in 69 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を24倍の同径略同形同長地熱発電タービンを70段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with 24 times the same diameter, approximately the same shape, the same length geothermal power generation turbine in 70 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を25倍の同径略同形同長地熱発電タービンを71段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 25 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 71 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を26倍の同径略同形同長地熱発電タービンを72段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 72 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を2倍の同径略同形同長地熱発電タービンを73段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 73 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を3倍の同径略同形同長地熱発電タービンを74段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 3 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 74 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を4倍の同径略同形同長地熱発電タービンを75段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 75 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を5倍の同径略同形同長地熱発電タービンの76段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 5 times the same diameter, approximately the same shape, the same length, geothermal power generator 76 stage structure + storage battery driven various vehicles prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を6倍の同径略同形同長地熱発電タービンの77段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 6-fold same-diameter, approximately-identical, same-length geothermal turbine 77-stage structure + storage battery-powered car priming ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を7倍の同径略同形同長地熱発電タービンの78段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4E) 7 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 78 stage structure + battery powered by various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を8倍の同径略同形同長地熱発電タービンの79段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposed metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 8 times the same diameter, approximately the same shape, the same length geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を9倍の同径略同形同長地熱発電タービンの80段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 9 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 80 stage structure + storage battery driven various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を10倍の同径略同形同長地熱発電タービンを81段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 10 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 81 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を11倍の同径略同形同長地熱発電タービンを82段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 82 stages + make full use of storage battery drive, electric drive, and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を12倍の同径略同形同長地熱発電タービンを83段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 83 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を13倍の同径略同形同長地熱発電タービンを84段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure provided in 84 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を14倍の同径略同形同長地熱発電タービンを85段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure with 85 stages + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を15倍の同径略同形同長地熱発電タービンを86段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 15 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 86 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を16倍の同径略同形同長地熱発電タービンを87段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 87 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を17倍の同径略同形同長地熱発電タービンを88段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4C) 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 88 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を18倍の同径略同形同長地熱発電タービンを89段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 89 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を19倍の同径略同形同長地熱発電タービンを90段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4E) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 90 stages + factory electrification prime + increasing sphere ascending device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を20倍の同径略同形同長地熱発電タービンを91段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 91 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を21倍の同径略同形同長地熱発電タービンを92段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with 21 times the same diameter and approximately the same shape and length of geothermal power generation turbine in 92 stages + battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を22倍の同径略同形同長地熱発電タービンを93段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 22 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 93 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を23倍の同径略同形同長地熱発電タービンを94段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 94 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を24倍の同径略同形同長地熱発電タービンを95段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 24 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 95 stages + battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を25倍の同径略同形同長地熱発電タービンを96段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 25 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 96 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を26倍の同径略同形同長地熱発電タービンを97段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 97 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を2倍の同径略同形同長地熱発電タービンを98段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with double the same diameter and the same shape and the same length geothermal power generation turbine installed in 98 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を3倍の同径略同形同長地熱発電タービンを99段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 3 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 99 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を4倍の同径略同形同長地熱発電タービンを100段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 100 stages + full electrification house prime + increase sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を5倍の同径略同形同長地熱発電タービンの101段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 5 times the same diameter, approximately the same shape, the same length, geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を6倍の同径略同形同長地熱発電タービンの102段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 6 times the same diameter approximately the same shape and the same length geothermal power generation turbine 102 stage structure + storage battery drive various automobile prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を7倍の同径略同形同長地熱発電タービンの103段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 7 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 103 stage structure + storage battery driven various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を8倍の同径略同形同長地熱発電タービンの104段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation 104 stage structure + storage battery driven various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を9倍の同径略同形同長地熱発電タービンの105段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 9 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 105 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を10倍の同径略同形同長地熱発電タービンを106段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 10 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を11倍の同径略同形同長地熱発電タービンを107段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 107 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を12倍の同径略同形同長地熱発電タービンを108段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 12 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure with 108 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を13倍の同径略同形同長地熱発電タービンを109段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 13 times the same diameter approximately the same shape and the same length geothermal power generation structure with 109 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を14倍の同径略同形同長地熱発電タービンを110段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 14 times the same diameter approximately the same shape and the same length geothermal power generation structure with 110 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を15倍の同径略同形同長地熱発電タービンを111段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4B) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 111 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を16倍の同径略同形同長地熱発電タービンを112段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 112 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を17倍の同径略同形同長地熱発電タービンを113段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4D) 17 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 113 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を18倍の同径略同形同長地熱発電タービンを114段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4E) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 114 stages + factory electrification prime + increasing sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を19倍の同径略同形同長地熱発電タービンを115段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 115 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を20倍の同径略同形同長地熱発電タービンを116段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with 20 times the same diameter, approximately the same shape and the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を21倍の同径略同形同長地熱発電タービンを117段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 21 times the same diameter and the same shape and the same length of geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を22倍の同径略同形同長地熱発電タービンを118段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure with 118 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を23倍の同径略同形同長地熱発電タービンを119段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided structure in 119 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を24倍の同径略同形同長地熱発電タービンを120段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 120 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を25倍の同径略同形同長地熱発電タービンを1段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 25 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine installed in one stage + Fully electrified house prime + Increase sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を26倍の同径略同形同長地熱発電タービンを2段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4A) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is provided in 2 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を2倍の同径略同形同長地熱発電タービンを3段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with double the same diameter approximately the same shape and the same length geothermal power turbines in 3 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を3倍の同径略同形同長地熱発電タービンを4段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 4 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を4倍の同径略同形同長地熱発電タービンを5段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 5 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を5倍の同径略同形同長地熱発電タービンの6段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 5 times the same diameter and approximately the same shape and length of geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を6倍の同径略同形同長地熱発電タービンの7段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 6-fold same-diameter approximately the same shape and the same length geothermal power turbine 7-stage structure + battery-powered various cars prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を7倍の同径略同形同長地熱発電タービンの8段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 8-stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を8倍の同径略同形同長地熱発電タービンの9段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 9-fold structure of geothermal power generation turbine with the same diameter and approximately the same shape and the same length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を9倍の同径略同形同長地熱発電タービンの10段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 10-stage structure of geothermal power generation turbine with the same diameter and shape of the same diameter 9 times + storage battery driven various automobile prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を10倍の同径略同形同長地熱発電タービンの11段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 10 times the same diameter, approximately the same shape and the same length geothermal power generation turbine 11-stage structure + storage battery driven prime Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined various energy storage cycle engines with 4x drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を11倍の同径略同形同長地熱発電タービンの12段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine 12 stage structure + storage battery drive prime + metal in the increasing sphere raising device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined with various energy storage cycle engines with 5x drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を12倍の同径略同形同長地熱発電タービンの13段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine 13-stage structure + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles with double drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を13倍の同径略同形同長地熱発電タービンの14段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine 14-stage structure + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles equipped with 3 times driving + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を14倍の同径略同形同長地熱発電タービンの15段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2〜12倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine 15 stage structure + storage battery drive prime + metal in the increase sphere lifting device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine 2 to 12 times drive + various energy storage cycle coalescence engine equipped with geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を15倍の同径略同形同長地熱発電タービンの16段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 16-stage structure + storage battery drive prime + metal increase with ball riser (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined various energy storage cycle engines with 4x drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を16倍の同径略同形同長地熱発電タービンの17段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 16 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 17 stage structure + storage battery driven prime Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined with various energy storage cycle engines with 5x drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を17倍の同径略同形同長地熱発電タービンの18段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine 18 stage structure + storage battery drive prime + metal with increasing sphere lift (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles with double drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を18倍の同径略同形同長地熱発電タービンの19段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) is 18 times as large as the same shape and length of geothermal power generation turbine 19 stage structure + storage battery driven prime + metal increase with sphere rising device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles equipped with 3 times driving + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を19倍の同径略同形同長地熱発電タービンの20段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine 20 stage structure + storage battery drive prime + metal in the increasing sphere raising device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined various energy storage cycle engines with 4x drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を20倍の同径略同形同長地熱発電タービンを21段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 21 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を21倍の同径略同形同長地熱発電タービンを22段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 21 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を22倍の同径略同形同長地熱発電タービンを23段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 23 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を23倍の同径略同形同長地熱発電タービンを24段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 24 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を24倍の同径略同形同長地熱発電タービンを25段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 25 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を25倍の同径略同形同長地熱発電タービンを26段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) 25 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 26 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を26倍の同径略同形同長地熱発電タービンを27段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 27 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を2倍の同径略同形同長地熱発電タービンを28段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross-section (4C) with double the same diameter and the same shape and the same length of geothermal power generation turbine in 28 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を3倍の同径略同形同長地熱発電タービンを29段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) with 3 times the same diameter and the same shape and the same length of geothermal power generation turbine in 29 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を4倍の同径略同形同長地熱発電タービンを30段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross-section (4E) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 30 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を5倍の同径略同形同長地熱発電タービンを31段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 5 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 31 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を6倍の同径略同形同長地熱発電タービンを32段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) 6 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 32 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を7倍の同径略同形同長地熱発電タービンを33段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 33 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を8倍の同径略同形同長地熱発電タービンを34段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4C) 8 times the same diameter, approximately the same shape, the same length Geothermal power generation turbines provided in 34 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を9倍の同径略同形同長地熱発電タービンを35段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4D) 9 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を10倍の同径略同形同長地熱発電タービンを36段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 10 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 36 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を11倍の同径略同形同長地熱発電タービンを37段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 11 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 37 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を12倍の同径略同形同長地熱発電タービンを38段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 38 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を13倍の同径略同形同長地熱発電タービンを39段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 39 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive three times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を14倍の同径略同形同長地熱発電タービンを40段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4C) 14 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を15倍の同径略同形同長地熱発電タービンを41段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 41 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を16倍の同径略同形同長地熱発電タービンを42段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 16 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 42 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を17倍の同径略同形同長地熱発電タービンを43段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 17 times the same diameter and the same shape and the same length geothermal power generation turbine structure in 43 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を18倍の同径略同形同長地熱発電タービンを44段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4A) 18 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 44 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を19倍の同径略同形同長地熱発電タービンを45段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 45 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を20倍の同径略同形同長地熱発電タービンを46段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 20 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を21倍の同径略同形同長地熱発電タービンを47段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 21 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 47 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を22倍の同径略同形同長地熱発電タービンを48段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross-section (4E) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 48 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を23倍の同径略同形同長地熱発電タービンを49段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) 23 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 49 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を24倍の同径略同形同長地熱発電タービンを50段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4A) 24 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4b)を25倍の同径略同形同長地熱発電タービンを51段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4b) with 25 times the same diameter and approximately the same shape and the same length geothermal power generation turbine provided in 51 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を26倍の同径略同形同長地熱発電タービンを52段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 52 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を2倍の同径略同形同長地熱発電タービンを53段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) with double the same diameter and the same shape and the same length geothermal power generation turbine in 53 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を3倍の同径略同形同長地熱発電タービンを54段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4E) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 54 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を4倍の同径略同形同長地熱発電タービンを55段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 55 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を5倍の同径略同形同長地熱発電タービンを56段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 5 times the same diameter, approximately the same shape, the same length geothermal power generation Collecting geothermal heat with a geothermal air heater (2z) + Raising the head as much as possible with a pumping device (1J) + Ascending and preserving the metal ball liquid metal and the material for reducing the impact of specific serious substances with the increasing ball rising device (2F) + geothermal heat Compressed heating air to heat the geothermal heated air + Compressed heat recovery + Compressed heat recovery from the cold turbine exhaust + Drives the turbine diameter of the opposed all-wheel impeller turbine 3 times + Geothermal air heater (2z) drilling machine Various energy storage cycle coalescing engines inserted into holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を6倍の同径略同形同長地熱発電タービンを57段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 6 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 57 stages Collecting geothermal heat with a geothermal air heater (2z) + Raising the head as much as possible with a pumping device (1J) + Ascending and preserving the metal ball liquid metal and the material for reducing the impact of specific serious substances with the increasing ball rising device (2F) + geothermal heat Compressed heating air to heat the geothermal heated air Compressed heat recovery + Compressed heat recovery from the exhaust of the cold turbine + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + drilling the geothermal air heater (2z) Various energy storage cycle coalescing engines inserted into holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を7倍の同径略同形同長地熱発電タービンを58段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 58 stages + make full use of battery drive, electric drive, and heat utilization + Collecting geothermal heat with a geothermal air heater (2z) + Raising the head as much as possible with a pumping device (1J) + Ascending and preserving the metal ball liquid metal and the material for reducing the impact of specific serious substances with the increasing ball rising device (2F) + geothermal heat Compressed heating air to heat the geothermal heated air Compressed heat recovery + Compressed heat recovery from the exhaust of the cold turbine + Drives the turbine diameter 5 times of the opposed all blade impeller turbine + boring the geothermal air heater (2z) Various energy storage cycle coalescing engines inserted into holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を8倍の同径略同形同長地熱発電タービンを59段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposed metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 8 times the same diameter approximately the same shape and the same length geothermal power generation structure with 59 stages + to make full use of storage battery drive, electric drive and heat utilization + Collecting geothermal heat with a geothermal air heater (2z) + Raising the head as much as possible with a pumping device (1J) + Ascending and preserving the metal ball liquid metal and the material for reducing the impact of specific serious substances with the increasing ball rising device (2F) + geothermal heat Compressing heated air and heating geothermal heated air + Compressed heat recovery + Compressed heat recovery from chilled turbine exhaust + Drives twice the turbine diameter of the opposed all blade impeller turbine + Drilling geothermal air heater (2z) drilling machine Various energy storage cycle coalescing engines inserted into holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を9倍の同径略同形同長地熱発電タービンを60段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 9 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 60 stages + to make full use of storage battery drive, electric drive and thermal energy + Collecting geothermal heat with a geothermal air heater (2z) + Raising the head as much as possible with a pumping device (1J) + Ascending and preserving the metal ball liquid metal and the material for reducing the impact of specific serious substances with the increasing ball rising device (2F) + geothermal heat Compressed heating air to heat the geothermal heated air + Compressed heat recovery + Compressed heat recovery from the cold turbine exhaust + Drives the turbine diameter of the opposed all-wheel impeller turbine 3 times + Geothermal air heater (2z) drilling machine Various energy storage cycle coalescing engines inserted into holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を10倍の同径略同形同長地熱発電タービンを61段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 10 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided structure 61 + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を11倍の同径略同形同長地熱発電タービンを62段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 62 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を12倍の同径略同形同長地熱発電タービンを63段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 63 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を13倍の同径略同形同長地熱発電タービンを64段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure with 64 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を14倍の同径略同形同長地熱発電タービンを65段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 65 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を15倍の同径略同形同長地熱発電タービンを66段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4E) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 66 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を16倍の同径略同形同長地熱発電タービンを67段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 67 stages The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を17倍の同径略同形同長地熱発電タービンを68段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 68 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を18倍の同径略同形同長地熱発電タービンを69段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4B) 18 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 69 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を19倍の同径略同形同長地熱発電タービンを70段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 19 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 70 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を20倍の同径略同形同長地熱発電タービンを71段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 71 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を21倍の同径略同形同長地熱発電タービンを72段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 21 times the same diameter and the same shape and the same length geothermal power generation turbine structure in 72 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を22倍の同径略同形同長地熱発電タービンを73段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 22 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 73 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を23倍の同径略同形同長地熱発電タービンを74段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 74 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を24倍の同径略同形同長地熱発電タービンを75段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 24 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 75 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を25倍の同径略同形同長地熱発電タービンを76段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 76 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を26倍の同径略同形同長地熱発電タービンを77段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 77 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を2倍の同径略同形同長地熱発電タービンを78段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with double the same diameter and the same shape and the same length geothermal power generation turbine provided in 78 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を3倍の同径略同形同長地熱発電タービンを79段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 79 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を4倍の同径略同形同長地熱発電タービンを80段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 80 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を5倍の同径略同形同長地熱発電タービンの81段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 5 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 81-stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を6倍の同径略同形同長地熱発電タービンの82段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 6 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 82 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を7倍の同径略同形同長地熱発電タービンの83段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4D) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 83 stage structure + storage battery drive various automobile prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を8倍の同径略同形同長地熱発電タービンの84段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 84 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を9倍の同径略同形同長地熱発電タービンの85段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 9 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 85 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を10倍の同径略同形同長地熱発電タービンを86段に設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 10 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 86 stages + storage battery drive prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を11倍の同径略同形同長地熱発電タービンを87段に設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 11 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 87 stages + storage battery drive prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を12倍の同径略同形同長地熱発電タービンを88段に設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 12 times the same diameter approximately the same shape and the same length geothermal power generation structure with 88 stages + storage battery drive prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を13倍の同径略同形同長地熱発電タービンを89段に設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 89 stages + storage battery drive prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を14倍の同径略同形同長地熱発電タービンを90段に設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を15倍の同径略同形同長地熱発電タービンを91段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 15 times the same diameter, approximately the same shape and the same length geothermal power turbine is installed in 91 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を16倍の同径略同形同長地熱発電タービンを92段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4A) 16 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 92 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を17倍の同径略同形同長地熱発電タービンを93段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 93 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を18倍の同径略同形同長地熱発電タービンを94段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4C) 18 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 94 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を19倍の同径略同形同長地熱発電タービンを95段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 95 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を20倍の同径略同形同長地熱発電タービンを96段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 20 times the same diameter, approximately the same shape and the same length geothermal power turbine in 96 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を21倍の同径略同形同長地熱発電タービンを97段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 21 times the same diameter and the same shape and the same length geothermal power generation turbine structure in 97 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を22倍の同径略同形同長地熱発電タービンを98段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 22 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 98 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を23倍の同径略同形同長地熱発電タービンを99段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 99 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を24倍の同径略同形同長地熱発電タービンを100段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 100 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を25倍の同径略同形同長地熱発電タービンを101段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 25 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 101 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を26倍の同径略同形同長地熱発電タービンを102段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 102 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を2倍の同径略同形同長地熱発電タービンを103段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with double the same diameter and the same shape and the same length geothermal power generation turbine installed in 103 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を3倍の同径略同形同長地熱発電タービンを104段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 3 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 104 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を4倍の同径略同形同長地熱発電タービンを105段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 105 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を5倍の同径略同形同長地熱発電タービンの106段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 5 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 106 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を6倍の同径略同形同長地熱発電タービンの107段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 107-fold structure of geothermal power generation turbine with the same diameter and approximately the same shape and the same diameter ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を7倍の同径略同形同長地熱発電タービンの108段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 7 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine 108 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を8倍の同径略同形同長地熱発電タービンの109段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 8 times the same diameter and approximately the same shape and length of geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat to heat the geothermal heated air + heat recovery from compression + heat recovery from the cold turbine exhaust + counter-all blade turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine, various energy storage cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を9倍の同径略同形同長地熱発電タービンの110段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 9 times the same diameter approximately the same shape and the same length geothermal power generation turbine 110 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を10倍の同径略同形同長地熱発電タービンを111段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 10 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 111 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を11倍の同径略同形同長地熱発電タービンを112段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 112 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を12倍の同径略同形同長地熱発電タービンを113段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 113 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を13倍の同径略同形同長地熱発電タービンを114段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 13 times the same diameter and approximately the same shape and length of geothermal power generation turbine provided in 114 stages + Storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を14倍の同径略同形同長地熱発電タービンを115段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 14 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 115 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を15倍の同径略同形同長地熱発電タービンを116段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 116 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を16倍の同径略同形同長地熱発電タービンを117段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4B) 16 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 117 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を17倍の同径略同形同長地熱発電タービンを118段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 118 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を18倍の同径略同形同長地熱発電タービンを119段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine installed in 119 stages The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を19倍の同径略同形同長地熱発電タービンを120段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 120 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を20倍の同径略同形同長地熱発電タービンを1段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 20 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in one stage + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を21倍の同径略同形同長地熱発電タービンを2段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with 21 times the same diameter and the same shape and the same length of geothermal turbine Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を22倍の同径略同形同長地熱発電タービンを3段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 22 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 3 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を23倍の同径略同形同長地熱発電タービンを4段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 4 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を24倍の同径略同形同長地熱発電タービンを5段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 24 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 5 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を25倍の同径略同形同長地熱発電タービンを6段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 25 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 6 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を26倍の同径略同形同長地熱発電タービンを7段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 26 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine is provided in 7 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を2倍の同径略同形同長地熱発電タービンを8段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with double the same diameter and the same shape and the same length of geothermal power generation turbine in 8 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を3倍の同径略同形同長地熱発電タービンを9段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 3 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 9 stages + full electrification house prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を4倍の同径略同形同長地熱発電タービンを10段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is provided in 10 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を5倍の同径略同形同長地熱発電タービンの11段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 5 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を6倍の同径略同形同長地熱発電タービンの12段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4E) 6 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を7倍の同径略同形同長地熱発電タービンの13段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4F) 13-fold structure of geothermal power generation turbine with the same diameter and approximately the same shape and length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を8倍の同径略同形同長地熱発電タービンの14段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 14 times structure of geothermal power generation turbine with the same diameter and shape of the same diameter + accelerating battery driving various automobiles + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を9倍の同径略同形同長地熱発電タービンの15段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 9 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を10倍の同径略同形同長地熱発電タービンを16段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 16 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を11倍の同径略同形同長地熱発電タービンを17段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 17 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を12倍の同径略同形同長地熱発電タービンを18段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 12 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を13倍の同径略同形同長地熱発電タービンを19段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 19 stages + battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を14倍の同径略同形同長地熱発電タービンを20段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 20 stages + to make full use of battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を15倍の同径略同形同長地熱発電タービンを21段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 21 stages + factory electrification prime + increase sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を16倍の同径略同形同長地熱発電タービンを22段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 22 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を17倍の同径略同形同長地熱発電タービンを23段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4D) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 23 stages + factory electrification prime-up + sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を18倍の同径略同形同長地熱発電タービンを24段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 18 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 24 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を19倍の同径略同形同長地熱発電タービンを25段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 25 stages The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を20倍の同径略同形同長地熱発電タービンを26段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 26 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を21倍の同径略同形同長地熱発電タービンを27段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 21 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 27 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を22倍の同径略同形同長地熱発電タービンを28段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 28 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を23倍の同径略同形同長地熱発電タービンを29段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 29 stages + make full use of storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を24倍の同径略同形同長地熱発電タービンを30段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 24 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を25倍の同径略同形同長地熱発電タービンを31段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 31 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を26倍の同径略同形同長地熱発電タービンを32段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4A) 26 times the same diameter, approximately the same shape, the same length geothermal power turbines provided in 32 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を2倍の同径略同形同長地熱発電タービンを33段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with double the same diameter and the same shape and the same length geothermal power generation turbine provided in 33 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を3倍の同径略同形同長地熱発電タービンを34段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 3 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 34 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を4倍の同径略同形同長地熱発電タービンを35段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 4 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 35 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を5倍の同径略同形同長地熱発電タービンの36段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 36 times structure of geothermal power generation turbine with the same diameter and approximately the same shape and the same length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を6倍の同径略同形同長地熱発電タービンの37段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 6 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を7倍の同径略同形同長地熱発電タービンの38段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4A) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 38-stage structure + storage battery drive various automobile prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を8倍の同径略同形同長地熱発電タービンの39段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を9倍の同径略同形同長地熱発電タービンの40段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 9 times the same diameter and approximately the same shape and length of geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を10倍の同径略同形同長地熱発電タービンを41段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 41 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を11倍の同径略同形同長地熱発電タービンを42段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 42 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を12倍の同径略同形同長地熱発電タービンを43段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 43 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を13倍の同径略同形同長地熱発電タービンを44段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 44 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を14倍の同径略同形同長地熱発電タービンを45段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 45 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を15倍の同径略同形同長地熱発電タービンを46段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 46 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を16倍の同径略同形同長地熱発電タービンを47段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4D) 16 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 47 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を17倍の同径略同形同長地熱発電タービンを48段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is provided in 48 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を18倍の同径略同形同長地熱発電タービンを49段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 18 times the same diameter, approximately the same shape and the same length geothermal power turbine is installed in 49 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を19倍の同径略同形同長地熱発電タービンを50段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4A) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 50 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を20倍の同径略同形同長地熱発電タービンを51段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 20 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 51 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を21倍の同径略同形同長地熱発電タービンを52段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with 21 times the same diameter and the same shape and the same length geothermal power generation turbine structure in 52 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を22倍の同径略同形同長地熱発電タービンを53段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 22 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 53 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を23倍の同径略同形同長地熱発電タービンを54段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 54 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を24倍の同径略同形同長地熱発電タービンを55段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 24 times the same diameter and the same shape and the same length geothermal power generation turbine in 55 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を25倍の同径略同形同長地熱発電タービンを56段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) 25 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is provided in 56 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を26倍の同径略同形同長地熱発電タービンを57段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 26 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 57 stages + Fully electrified house prime + Increase ball riser (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine, various energy storage cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を2倍の同径略同形同長地熱発電タービンを58段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with double the same diameter and the same shape and the same length geothermal power generation turbine installed in 58 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を3倍の同径略同形同長地熱発電タービンを59段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 3 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 59 stages + full electrification house prime + increase sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を4倍の同径略同形同長地熱発電タービンを60段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 60 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を5倍の同径略同形同長地熱発電タービンの61段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 61-stage structure of geothermal power generation turbine with the same diameter and the same shape and length of 5 times ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine, various energy storage cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を6倍の同径略同形同長地熱発電タービンの62段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 6 times the same diameter approximately the same shape and the same length geothermal power generation turbine 62 stage structure + storage battery drive various automobile prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy conservation cycles, which is equipped with a turbine diameter of 5 times and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を7倍の同径略同形同長地熱発電タービンの63段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 7 times the same diameter approximately the same shape and the same length geothermal power generation turbine 63-stage structure + storage battery drive various automobile prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を8倍の同径略同形同長地熱発電タービンの64段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 64 stage structure + storage battery driven various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a boring machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を9倍の同径略同形同長地熱発電タービンの65段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 9 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を10倍の同径略同形同長地熱発電タービンを66段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 66 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を11倍の同径略同形同長地熱発電タービンを67段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 11 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 67 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を12倍の同径略同形同長地熱発電タービンを68段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 68 stages + to make full use of battery drive, electric drive, and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を13倍の同径略同形同長地熱発電タービンを69段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 13 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 69 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を14倍の同径略同形同長地熱発電タービンを70段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure with 70 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を15倍の同径略同形同長地熱発電タービンを71段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 71 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を16倍の同径略同形同長地熱発電タービンを72段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 72 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を17倍の同径略同形同長地熱発電タービンを73段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4F) 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 73 stages + factory electrification prime + increase sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を18倍の同径略同形同長地熱発電タービンを74段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4A) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 74 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を19倍の同径略同形同長地熱発電タービンを75段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 75 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を20倍の同径略同形同長地熱発電タービンを76段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 76 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を21倍の同径略同形同長地熱発電タービンを77段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 21 times the same diameter, approximately the same shape and the same length geothermal power generator in 77 stages + storage battery drive, electric drive, and full use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を22倍の同径略同形同長地熱発電タービンを78段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 22 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 78 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を23倍の同径略同形同長地熱発電タービンを79段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure with 79 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を24倍の同径略同形同長地熱発電タービンを80段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 24 times the same diameter approximately the same shape and the same length geothermal power generator structure in 80 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を25倍の同径略同形同長地熱発電タービンを81段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 25 times the same diameter and approximately the same shape and length of geothermal power generation turbine provided in 81 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を26倍の同径略同形同長地熱発電タービンを82段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4C) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 82 stages + full electrification house prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を2倍の同径略同形同長地熱発電タービンを83段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with the same diameter and the same shape and the same length geothermal power generation turbine doubled in 83 stages + full electrified house prime + increasing sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を3倍の同径略同形同長地熱発電タービンを84段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 3 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 84 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を4倍の同径略同形同長地熱発電タービンを85段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 85 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を5倍の同径略同形同長地熱発電タービンの86段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 5 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 86 stage structure + storage battery drive various automobile prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を6倍の同径略同形同長地熱発電タービンの87段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4B) 6 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 87 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を7倍の同径略同形同長地熱発電タービンの88段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 7 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 88 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を8倍の同径略同形同長地熱発電タービンの89段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 8 times the same diameter and approximately the same shape and length of geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を9倍の同径略同形同長地熱発電タービンの90段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 9 times the same diameter and approximately the same shape and length of geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を10倍の同径略同形同長地熱発電タービンを91段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 10 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 91 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を11倍の同径略同形同長地熱発電タービンを92段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 92 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を12倍の同径略同形同長地熱発電タービンを93段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 93 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を13倍の同径略同形同長地熱発電タービンを94段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 94 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を14倍の同径略同形同長地熱発電タービンを95段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 95 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を15倍の同径略同形同長地熱発電タービンを96段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposed metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4E) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 96 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + The heat of the geothermal heating is compressed by heating the geothermal heating air. The compressed heat recovery is recovered. Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を16倍の同径略同形同長地熱発電タービンを97段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 97 stages The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を17倍の同径略同形同長地熱発電タービンを98段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 98 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を18倍の同径略同形同長地熱発電タービンを99段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4B) 18 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 99 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を19倍の同径略同形同長地熱発電タービンを100段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 100 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を20倍の同径略同形同長地熱発電タービンを101段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 20 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を21倍の同径略同形同長地熱発電タービンを102段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 21 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 102 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を22倍の同径略同形同長地熱発電タービンを103段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 103 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を23倍の同径略同形同長地熱発電タービンを104段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 104 stages + make full use of battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を24倍の同径略同形同長地熱発電タービンを105段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 105 stages + make full use of battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を25倍の同径略同形同長地熱発電タービンを106段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 25 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 106 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を26倍の同径略同形同長地熱発電タービンを107段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 107 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を2倍の同径略同形同長地熱発電タービンを108段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with double the same diameter and the same shape and the same length geothermal power generation turbine installed in 108 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を3倍の同径略同形同長地熱発電タービンを109段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 3 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided 109 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を4倍の同径略同形同長地熱発電タービンを110段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 110 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を5倍の同径略同形同長地熱発電タービンの111段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 5 times the same diameter, approximately the same shape, the same length, geothermal power generator 111-stage structure + storage battery driven various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を6倍の同径略同形同長地熱発電タービンの112段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 6 times the same diameter, approximately the same shape, the same length, geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を7倍の同径略同形同長地熱発電タービンの113段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4D) 7 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 113 stage structure + storage battery drive various vehicles prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を8倍の同径略同形同長地熱発電タービンの114段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を9倍の同径略同形同長地熱発電タービンの115段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4F) 9 times the same diameter, approximately the same shape, the same length, geothermal power generator 115 stage structure + storage battery driven various vehicles prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を10倍の同径略同形同長地熱発電タービンを116段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 10 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 116 stages + battery drive, electric drive, and hot use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を11倍の同径略同形同長地熱発電タービンを117段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 11 times the same diameter and approximately the same shape and length of geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を12倍の同径略同形同長地熱発電タービンを118段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure with 118 stages + make full use of battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を13倍の同径略同形同長地熱発電タービンを119段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 119 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を14倍の同径略同形同長地熱発電タービンを120段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 14 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure with 120 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を15倍の同径略同形同長地熱発電タービンを1段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 15 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in one stage + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を16倍の同径略同形同長地熱発電タービンを2段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 2 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を17倍の同径略同形同長地熱発電タービンを3段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is provided in 3 stages + factory electrification prime + increasing sphere ascending device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を18倍の同径略同形同長地熱発電タービンを4段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is provided in 4 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を19倍の同径略同形同長地熱発電タービンを5段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 5 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を20倍の同径略同形同長地熱発電タービンを6段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 20 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を21倍の同径略同形同長地熱発電タービンを7段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 21 times the same diameter and approximately the same shape and length of geothermal power generation turbine in 7 stages + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を22倍の同径略同形同長地熱発電タービンを8段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 22 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を23倍の同径略同形同長地熱発電タービンを9段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 9 stages + battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を24倍の同径略同形同長地熱発電タービンを10段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 10 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を25倍の同径略同形同長地熱発電タービンを11段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 11 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を26倍の同径略同形同長地熱発電タービンを12段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 26 times the same diameter, approximately the same shape and the same length geothermal power turbines are installed in 12 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を2倍の同径略同形同長地熱発電タービンを13段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with the same diameter and the same shape and the same length of geothermal power generation turbine set in 13 stages + Fully electrified house prime + Increase sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を3倍の同径略同形同長地熱発電タービンを14段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 14 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を4倍の同径略同形同長地熱発電タービンを15段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 15 stages + full electrification house prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を5倍の同径略同形同長地熱発電タービンの16段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 5 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を6倍の同径略同形同長地熱発電タービンの17段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 17-stage structure of 6 times the same diameter and approximately the same shape and the same length of geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を7倍の同径略同形同長地熱発電タービンの18段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 18-fold structure of geothermal power generation turbine with the same diameter and approximately the same shape and length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を8倍の同径略同形同長地熱発電タービンの19段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 8 times the same diameter and approximately the same shape and length of geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を9倍の同径略同形同長地熱発電タービンの20段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 9 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を10倍の同径略同形同長地熱発電タービンの21段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 21 stage structure + storage battery drive prime + metal in the increase sphere lifting device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined various energy storage cycle engines with 4x drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を11倍の同径略同形同長地熱発電タービンの22段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with 11 times the same diameter and approximately the same shape and the same length of geothermal power generation Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined with various energy storage cycle engines with 5x drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を12倍の同径略同形同長地熱発電タービンの23段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) is 12 times the same diameter approximately the same shape and the same length geothermal power turbine 23 stage structure + storage battery driven prime Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles with double drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を13倍の同径略同形同長地熱発電タービンの24段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine 24 stage structure + storage battery drive prime + metal increase with ball riser (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles equipped with 3 times driving + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を14倍の同径略同形同長地熱発電タービンの25段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 25 stage structure + storage battery drive prime + metal increase sphere lift (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined various energy storage cycle engines with 4x drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を15倍の同径略同形同長地熱発電タービンの26段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine 26 stage structure + storage battery drive prime + metal increase with ball riser (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined with various energy storage cycle engines with 5x drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を16倍の同径略同形同長地熱発電タービンの27段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 16 times the same diameter and approximately the same shape and the same length of geothermal power generator Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles with double drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を17倍の同径略同形同長地熱発電タービンの28段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 28 stage structure + storage battery driven prime Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles equipped with 3 times driving + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を18倍の同径略同形同長地熱発電タービンの29段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 18 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 29 stage structure + storage battery drive prime + metal increase with ball riser (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined various energy storage cycle engines with 4x drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を19倍の同径略同形同長地熱発電タービンの30段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine 30 stage structure + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined with various energy storage cycle engines with 5x drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を20倍の同径略同形同長地熱発電タービンを31段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 20 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure provided in 31 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を21倍の同径略同形同長地熱発電タービンを32段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) 21 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 32 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を22倍の同径略同形同長地熱発電タービンを33段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 22 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 33 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を23倍の同径略同形同長地熱発電タービンを34段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 23 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine structure in 34 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を24倍の同径略同形同長地熱発電タービンを35段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 35 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を25倍の同径略同形同長地熱発電タービンを36段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 25 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 36 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を26倍の同径略同形同長地熱発電タービンを37段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross-section (4F) 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 37 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を2倍の同径略同形同長地熱発電タービンを38段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) with the same diameter and the same shape and the same length of geothermal power generation turbine in 38 stages + Structure of storage battery-powered various ships + Increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を3倍の同径略同形同長地熱発電タービンを39段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 39 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を4倍の同径略同形同長地熱発電タービンを40段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4C) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 40 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を5倍の同径略同形同長地熱発電タービンを41段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 5 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 41 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を6倍の同径略同形同長地熱発電タービンを42段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 6 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 42 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を7倍の同径略同形同長地熱発電タービンを43段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 7 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 43 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を8倍の同径略同形同長地熱発電タービンを44段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4A) Eight times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 44 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を9倍の同径略同形同長地熱発電タービンを45段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 9 times the same diameter, approximately the same shape, the same length, geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を10倍の同径略同形同長地熱発電タービンを46段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 10 times the same diameter, approximately the same shape and the same length Geothermal power generation structure with 46 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を11倍の同径略同形同長地熱発電タービンを47段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 11 times the same diameter and the same shape and the same length geothermal power generation turbines provided in 47 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を12倍の同径略同形同長地熱発電タービンを48段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 48 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を13倍の同径略同形同長地熱発電タービンを49段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 49 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を14倍の同径略同形同長地熱発電タービンを50段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4A) 14 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を15倍の同径略同形同長地熱発電タービンを51段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 51 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を16倍の同径略同形同長地熱発電タービンを52段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 16 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 52 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を17倍の同径略同形同長地熱発電タービンを53段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 53 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を18倍の同径略同形同長地熱発電タービンを54段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 18 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine structure in 54 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を19倍の同径略同形同長地熱発電タービンを55段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) 19 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 55 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を20倍の同径略同形同長地熱発電タービンを56段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4A) 20 times the same diameter, approximately the same shape, the same length geothermal power turbines are provided in 56 stages + storage battery powered various ships prime + increasing sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を21倍の同径略同形同長地熱発電タービンを57段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) with 21 times the same diameter and approximately the same shape and the same length geothermal power generation turbine in 57 stages + storage battery driven various ships prime + increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を22倍の同径略同形同長地熱発電タービンを58段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 22 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 58 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を23倍の同径略同形同長地熱発電タービンを59段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4D) with 23 times the same diameter and approximately the same shape and length of geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を24倍の同径略同形同長地熱発電タービンを60段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4E) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 60 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を25倍の同径略同形同長地熱発電タービンを61段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross-section (4F) 25 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 61 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を26倍の同径略同形同長地熱発電タービンを62段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 62 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を2倍の同径略同形同長地熱発電タービンを63段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) double-same structure of approximately the same shape and length of geothermal power generation turbines in 63 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を3倍の同径略同形同長地熱発電タービンを64段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure provided in 64 stages + storage battery powered various ships prime + increase sphere rise The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を4倍の同径略同形同長地熱発電タービンを65段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4D) 4 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を5倍の同径略同形同長地熱発電タービンを66段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2〜12倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 5 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure with 66 stages + battery drive, electric drive, and full use of heat + Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heated air to recover compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 2 to 12 times of the opposed all blade impeller turbine + inserts geothermal air heater (2z) into drilling hole Various energy storage cycle coalescing engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を6倍の同径略同形同長地熱発電タービンを67段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) 6 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 67 stages Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed and recovered geothermal heated air compressed heat recovery + chilled turbine exhaust compressed heat recovery + driven the turbine diameter 4 times of the opposed all blade impeller turbine + geothermal air heater (2z) inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を7倍の同径略同形同長地熱発電タービンを68段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 7 times the same diameter, approximately the same shape and the same length geothermal power generation structure with 68 stages Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven 5 times the turbine diameter + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を8倍の同径略同形同長地熱発電タービンを69段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4B) Eight times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is provided in 69 stages. Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven twice the turbine diameter + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を9倍の同径略同形同長地熱発電タービンを70段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 9 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 70 stages Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heating air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine diameter is driven 3 times + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を10倍の同径略同形同長地熱発電タービンを71段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 10 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 71 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を11倍の同径略同形同長地熱発電タービンを72段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 72 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を12倍の同径略同形同長地熱発電タービンを73段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 12 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 73 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を13倍の同径略同形同長地熱発電タービンを74段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 74 stages + storage battery drive, electric drive and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を14倍の同径略同形同長地熱発電タービンを75段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 75 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を15倍の同径略同形同長地熱発電タービンを76段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 76 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を16倍の同径略同形同長地熱発電タービンを77段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4D) 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 77 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を17倍の同径略同形同長地熱発電タービンを78段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4E) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 78 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を18倍の同径略同形同長地熱発電タービンを79段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 79 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を19倍の同径略同形同長地熱発電タービンを80段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 80 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を20倍の同径略同形同長地熱発電タービンを81段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 81 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を21倍の同径略同形同長地熱発電タービンを82段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 21 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 82 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を22倍の同径略同形同長地熱発電タービンを83段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 22 times the same diameter and approximately the same shape and the same length geothermal power generation turbine in 83 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を23倍の同径略同形同長地熱発電タービンを84段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 84 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を24倍の同径略同形同長地熱発電タービンを85段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 24 times the same diameter and approximately the same shape and length of geothermal power generation turbine in 85 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を25倍の同径略同形同長地熱発電タービンを86段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 86 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を26倍の同径略同形同長地熱発電タービンを87段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 87 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を2倍の同径略同形同長地熱発電タービンを88段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with double diameter of approximately the same shape and length of geothermal power generation turbine installed in 88 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を3倍の同径略同形同長地熱発電タービンを89段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 89 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を4倍の同径略同形同長地熱発電タービンを90段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 90 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を5倍の同径略同形同長地熱発電タービンの91段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 91-stage structure of geothermal power generation turbine with the same diameter and the same shape and length of 5 times ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を6倍の同径略同形同長地熱発電タービンの92段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 6 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 92-stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を7倍の同径略同形同長地熱発電タービンの93段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 7-fold same diameter, approximately the same shape, the same length, geothermal power generation turbine 93 stage structure + storage battery driven various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を8倍の同径略同形同長地熱発電タービンの94段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 8 times the same diameter approximately the same shape and the same length geothermal power generation turbine 94 stage structure + storage battery drive various automobile prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を9倍の同径略同形同長地熱発電タービンの95段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 9 times the same diameter and approximately the same shape and length of geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を10倍の同径略同形同長地熱発電タービンを96段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 10 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 96 stages + make full use of storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を11倍の同径略同形同長地熱発電タービンを97段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 11 times the same diameter, approximately the same shape and the same length, geothermal power generation turbine structure in 97 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を12倍の同径略同形同長地熱発電タービンを98段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 12 times the same diameter, approximately the same shape and the same length geothermal power generation structure with 98 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を13倍の同径略同形同長地熱発電タービンを99段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 99 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を14倍の同径略同形同長地熱発電タービンを100段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 14 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を15倍の同径略同形同長地熱発電タービンを101段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4D) 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 101 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を16倍の同径略同形同長地熱発電タービンを102段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4E) 16 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 102 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を17倍の同径略同形同長地熱発電タービンを103段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 17 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 103 stages + Factory electrification prime + Increase sphere riser (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を18倍の同径略同形同長地熱発電タービンを104段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4A) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 104 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を19倍の同径略同形同長地熱発電タービンを105段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4B) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 105 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を20倍の同径略同形同長地熱発電タービンを106段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 20 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 106 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を21倍の同径略同形同長地熱発電タービンを107段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 21 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine with 107 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery for cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Inserts a geothermal air heater (2z) into the drilling hole for various energy conservation cycle combined engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を22倍の同径略同形同長地熱発電タービンを108段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 22 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 108 stages + make full use of storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を23倍の同径略同形同長地熱発電タービンを109段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 23 times the same diameter approximately the same shape and the same length geothermal power generation structure with 109 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を24倍の同径略同形同長地熱発電タービンを110段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 24 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 110 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を25倍の同径略同形同長地熱発電タービンを111段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 111 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を26倍の同径略同形同長地熱発電タービンを112段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4C) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided 112 stages + full electrification house prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を2倍の同径略同形同長地熱発電タービンを113段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with double diameter same shape and length same geothermal power generation turbine installed in 113 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を3倍の同径略同形同長地熱発電タービンを114段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 3 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 114 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を4倍の同径略同形同長地熱発電タービンを115段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 115 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を5倍の同径略同形同長地熱発電タービンの116段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 5 times the same diameter, approximately the same shape, the same length, geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を6倍の同径略同形同長地熱発電タービンの117段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 6 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を7倍の同径略同形同長地熱発電タービンの118段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 7 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 118 stage structure + storage battery driven various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を8倍の同径略同形同長地熱発電タービンの119段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 8 times the same diameter and approximately the same shape and the same length of geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を9倍の同径略同形同長地熱発電タービンの120段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4E) 120 times structure of 9 times the same diameter and approximately the same shape and length of geothermal power generation turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を10倍の同径略同形同長地熱発電タービンを1段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in one stage + storage battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を11倍の同径略同形同長地熱発電タービンを2段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with 11 times the same diameter, approximately the same shape and the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を12倍の同径略同形同長地熱発電タービンを3段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 3 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を13倍の同径略同形同長地熱発電タービンを4段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 4 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を14倍の同径略同形同長地熱発電タービンを5段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 5 stages + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を15倍の同径略同形同長地熱発電タービンを6段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 6 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を16倍の同径略同形同長地熱発電タービンを7段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 16 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 7 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を17倍の同径略同形同長地熱発電タービンを8段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4A) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 8 stages + factory electrification prime + increasing sphere ascent device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を18倍の同径略同形同長地熱発電タービンを9段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4B) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 9 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を19倍の同径略同形同長地熱発電タービンを10段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 10 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を20倍の同径略同形同長地熱発電タービンを11段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 11 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を21倍の同径略同形同長地熱発電タービンを12段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 12 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を22倍の同径略同形同長地熱発電タービンを13段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 22 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 13 stages + make full use of storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を23倍の同径略同形同長地熱発電タービンを14段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbines in 14 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を24倍の同径略同形同長地熱発電タービンを15段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 24 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 15 stages + make full use of battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を25倍の同径略同形同長地熱発電タービンを16段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbines are provided in 16 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を26倍の同径略同形同長地熱発電タービンを17段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided 17 stages + full electrification house prime + increase sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を2倍の同径略同形同長地熱発電タービンを18段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 18 times the same diameter and the same shape and length of geothermal turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を3倍の同径略同形同長地熱発電タービンを19段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 19 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を4倍の同径略同形同長地熱発電タービンを20段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 20 stages + full electrification house prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を5倍の同径略同形同長地熱発電タービンの21段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4B) 21 stage structure of geothermal power generation turbine with the same diameter and approximately the same shape with the same diameter 5 times + storage battery driven various vehicles prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を6倍の同径略同形同長地熱発電タービンの22段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 6 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を7倍の同径略同形同長地熱発電タービンの23段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4D) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 23-stage structure + storage battery drive various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を8倍の同径略同形同長地熱発電タービンの24段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4E) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 24 stage structure + storage battery driven various vehicles prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を9倍の同径略同形同長地熱発電タービンの25段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 9 times the same diameter, approximately the same shape, the same length, geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を10倍の同径略同形同長地熱発電タービンを26段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 26 stages + to make full use of battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を11倍の同径略同形同長地熱発電タービンを27段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 27 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を12倍の同径略同形同長地熱発電タービンを28段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 28 stages + storage battery drive, electric drive, and warm use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を13倍の同径略同形同長地熱発電タービンを29段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 29 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を14倍の同径略同形同長地熱発電タービンを30段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 30 stages + storage battery drive, electric drive, and warm use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を15倍の同径略同形同長地熱発電タービンを31段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 31 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を16倍の同径略同形同長地熱発電タービンを32段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4A) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 32 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を17倍の同径略同形同長地熱発電タービンを33段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 33 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を18倍の同径略同形同長地熱発電タービンを34段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4C) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 34 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を19倍の同径略同形同長地熱発電タービンを35段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 35 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を20倍の同径略同形同長地熱発電タービンを36段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 20 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 36 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を21倍の同径略同形同長地熱発電タービンを37段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 21 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 37 stages + make full use of battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を22倍の同径略同形同長地熱発電タービンを38段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 38 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を23倍の同径略同形同長地熱発電タービンを39段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 39 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を24倍の同径略同形同長地熱発電タービンを40段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 40 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を25倍の同径略同形同長地熱発電タービンを41段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 25 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 41 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を26倍の同径略同形同長地熱発電タービンを42段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 42 stages + full electrification house prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を2倍の同径略同形同長地熱発電タービンを43段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with the same diameter approximately the same shape and the same length geothermal turbine with 43 times + full electrified house prime + increasing sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を3倍の同径略同形同長地熱発電タービンを44段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 3 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 44 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を4倍の同径略同形同長地熱発電タービンを45段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 4 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 45 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を5倍の同径略同形同長地熱発電タービンの46段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4C) 5 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 46 stage structure + storage battery driven various vehicles prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を6倍の同径略同形同長地熱発電タービンの47段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 6 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 47 stage structure + storage battery driven various cars prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を7倍の同径略同形同長地熱発電タービンの48段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 7 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 48-stage structure + battery powered by various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を8倍の同径略同形同長地熱発電タービンの49段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を9倍の同径略同形同長地熱発電タービンの50段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 9 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を10倍の同径略同形同長地熱発電タービンを51段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 51 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を11倍の同径略同形同長地熱発電タービンを52段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 52 stages + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を12倍の同径略同形同長地熱発電タービンを53段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 12 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 53 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を13倍の同径略同形同長地熱発電タービンを54段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 54 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を14倍の同径略同形同長地熱発電タービンを55段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 55 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を15倍の同径略同形同長地熱発電タービンを56段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 15 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine provided in 56 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を16倍の同径略同形同長地熱発電タービンを57段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4B) 16 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 57 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を17倍の同径略同形同長地熱発電タービンを58段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4C) 17 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 58 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を18倍の同径略同形同長地熱発電タービンを59段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposed metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4D) 18 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 59 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を19倍の同径略同形同長地熱発電タービンを60段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4E) 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 60 stages + factory electrification prime + increase sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を20倍の同径略同形同長地熱発電タービンを61段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 61 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を21倍の同径略同形同長地熱発電タービンを62段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 62 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を22倍の同径略同形同長地熱発電タービンを63段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 63 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を23倍の同径略同形同長地熱発電タービンを64段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure provided in 64 stages + make full use of battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を24倍の同径略同形同長地熱発電タービンを65段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 65 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を25倍の同径略同形同長地熱発電タービンを66段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 25 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 66 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を26倍の同径略同形同長地熱発電タービンを67段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 67 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を2倍の同径略同形同長地熱発電タービンを68段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) with double the same diameter and the same shape and the same length geothermal power generation turbine installed in 68 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を3倍の同径略同形同長地熱発電タービンを69段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 3 times the same diameter, approximately the same shape and the same length geothermal power turbine is installed in 69 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を4倍の同径略同形同長地熱発電タービンを70段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 70 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を5倍の同径略同形同長地熱発電タービンの71段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4D) 71 times structure of geothermal power generation turbine with the same diameter and the same shape and length of 5 times ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を6倍の同径略同形同長地熱発電タービンの72段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 72 times structure of geothermal power generation turbine with the same diameter and approximately the same shape with the same size 6 ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を7倍の同径略同形同長地熱発電タービンの73段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 7 times the same diameter approximately the same shape and the same length geothermal power generation turbine 73 stage structure + storage battery drive various automobile prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を8倍の同径略同形同長地熱発電タービンの74段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 8 times the same diameter approximately the same shape and the same length geothermal turbine 74 stage structure + storage battery drive various automobile prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を9倍の同径略同形同長地熱発電タービンの75段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 75 times structure of geothermal power generation turbine with the same diameter approximately the same shape and the same length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を10倍の同径略同形同長地熱発電タービンを76段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 76 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を11倍の同径略同形同長地熱発電タービンを77段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 11 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 77 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を12倍の同径略同形同長地熱発電タービンを78段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 78 stages + battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を13倍の同径略同形同長地熱発電タービンを79段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 79 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を14倍の同径略同形同長地熱発電タービンを80段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 14 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 80 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を15倍の同径略同形同長地熱発電タービンを81段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 81 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を16倍の同径略同形同長地熱発電タービンを82段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 82 stages + factory electrification prime + increase sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を17倍の同径略同形同長地熱発電タービンを83段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4D) 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 83 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を18倍の同径略同形同長地熱発電タービンを84段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 18 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 84 stages + Factory electrification prime + Increase ball riser (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を19倍の同径略同形同長地熱発電タービンを85段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 85 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を20倍の同径略同形同長地熱発電タービンを86段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 86 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を21倍の同径略同形同長地熱発電タービンを87段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 87 stages + make full use of storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を22倍の同径略同形同長地熱発電タービンを88段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 22 times the same diameter, approximately the same shape, the same length geothermal power turbine structure in 88 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を23倍の同径略同形同長地熱発電タービンを89段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 89 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を24倍の同径略同形同長地熱発電タービンを90段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 90 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を25倍の同径略同形同長地熱発電タービンを91段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 25 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 91 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を26倍の同径略同形同長地熱発電タービンを92段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 92 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を2倍の同径略同形同長地熱発電タービンを93段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with double the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 93 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を3倍の同径略同形同長地熱発電タービンを94段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 3 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 94 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を4倍の同径略同形同長地熱発電タービンを95段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 95 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を5倍の同径略同形同長地熱発電タービンの96段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 96 times structure of the same diameter and approximately the same shape and the same length of geothermal power generation turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を6倍の同径略同形同長地熱発電タービンの97段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 97-fold structure of geothermal power generation turbine with the same diameter and approximately the same shape and the same length. ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を7倍の同径略同形同長地熱発電タービンの98段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) 7 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 98 stage structure + battery-powered various cars prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を8倍の同径略同形同長地熱発電タービンの99段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 99 times structure of geothermal power generation turbine with the same diameter and the same shape and length of 8 times ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を9倍の同径略同形同長地熱発電タービンの100段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 9 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 100 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を10倍の同径略同形同長地熱発電タービンを101段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure 101 + storage battery drive, electric drive, and warm use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を11倍の同径略同形同長地熱発電タービンを102段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 11 times the same diameter and the same shape and the same length geothermal power generation turbine structure in 102 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を12倍の同径略同形同長地熱発電タービンを103段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 103 stages + accelerating storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を13倍の同径略同形同長地熱発電タービンを104段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 104 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を14倍の同径略同形同長地熱発電タービンを105段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 14 times the same diameter, approximately the same shape and the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を15倍の同径略同形同長地熱発電タービンを106段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 106 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を16倍の同径略同形同長地熱発電タービンを107段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4D) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 107 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を17倍の同径略同形同長地熱発電タービンを108段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 17 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 108 stages + Factory electrification prime + Increase ball riser (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を18倍の同径略同形同長地熱発電タービンを109段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 109 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を19倍の同径略同形同長地熱発電タービンを110段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 110 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を20倍の同径略同形同長地熱発電タービンを111段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade section (4B) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 111 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を21倍の同径略同形同長地熱発電タービンを112段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with 21 times the same diameter and approximately the same shape and the same length geothermal power generation turbine 112 structure + storage battery drive, electric drive and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を22倍の同径略同形同長地熱発電タービンを113段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 22 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 113 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を23倍の同径略同形同長地熱発電タービンを114段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 114 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を24倍の同径略同形同長地熱発電タービンを115段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 115 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を25倍の同径略同形同長地熱発電タービンを116段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 116 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を26倍の同径略同形同長地熱発電タービンを117段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 26 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 117 stages + full electrified house prime + increasing sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を2倍の同径略同形同長地熱発電タービンを118段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with double the same diameter approximately the same shape and the same length geothermal power turbine installed in 118 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を3倍の同径略同形同長地熱発電タービンを119段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 119 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine, various energy storage cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を4倍の同径略同形同長地熱発電タービンを120段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 120 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy conservation cycles, which is equipped with a turbine diameter of 5 times and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を5倍の同径略同形同長地熱発電タービンの1段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 5 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 1 stage structure + storage battery drive various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を6倍の同径略同形同長地熱発電タービンの2段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) 6 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 2-stage structure + storage battery drive various automobiles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を7倍の同径略同形同長地熱発電タービンの3段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4B) 7-fold same-diameter, approximately-identical, same-length geothermal power generation turbine 3-stage structure + storage battery-powered car priming + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を8倍の同径略同形同長地熱発電タービンの4段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4C) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 4 stage structure + storage battery driven various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を9倍の同径略同形同長地熱発電タービンの5段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 9 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 5-stage structure + battery-powered car priming + increasing sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を10倍の同径略同形同長地熱発電タービンを6段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) with 10 times the same diameter, approximately the same shape and the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を11倍の同径略同形同長地熱発電タービンを7段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 7 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を12倍の同径略同形同長地熱発電タービンを8段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 12 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を13倍の同径略同形同長地熱発電タービンを9段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 9 stages + battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を14倍の同径略同形同長地熱発電タービンを10段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 10 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を15倍の同径略同形同長地熱発電タービンを11段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 11 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を16倍の同径略同形同長地熱発電タービンを12段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4E) 16 times the same diameter approximately the same shape and the same length geothermal power generation turbine is provided in 12 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を17倍の同径略同形同長地熱発電タービンを13段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 13 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を18倍の同径略同形同長地熱発電タービンを14段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4A) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 14 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を19倍の同径略同形同長地熱発電タービンを15段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4B) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 15 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を20倍の同径略同形同長地熱発電タービンを16段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) with 20 times the same diameter, approximately the same shape, the same length geothermal power turbine structure in 16 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を21倍の同径略同形同長地熱発電タービンを17段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with 21 times the same diameter and the same shape and the same length geothermal power generation turbine in 17 stages + storage battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を22倍の同径略同形同長地熱発電タービンを18段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 22 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 18 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を23倍の同径略同形同長地熱発電タービンを19段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 19 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を24倍の同径略同形同長地熱発電タービンを20段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 24 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を25倍の同径略同形同長地熱発電タービンを21段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 25 times the same diameter, approximately the same shape, the same length geothermal power turbines are provided in 21 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を26倍の同径略同形同長地熱発電タービンを22段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 22 stages + full electrification house prime + increase sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を2倍の同径略同形同長地熱発電タービンを23段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) with the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 23 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を3倍の同径略同形同長地熱発電タービンを24段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 3 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 24 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を4倍の同径略同形同長地熱発電タービンを25段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 25 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を5倍の同径略同形同長地熱発電タービンの26段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4A) 26 times structure of the same diameter, approximately the same shape and the same length geothermal power generation turbine + accelerating various battery-powered vehicles + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を6倍の同径略同形同長地熱発電タービンの27段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4B) 6 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 27 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を7倍の同径略同形同長地熱発電タービンの28段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4C) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 28-stage structure + storage battery drive various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を8倍の同径略同形同長地熱発電タービンの29段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4D) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 29 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を9倍の同径略同形同長地熱発電タービンの30段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 9 times the same diameter and approximately the same shape and length of geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を10倍の同径略同形同長地熱発電タービンの31段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 31 stage structure + storage battery drive prime + metal increase sphere lift (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined various energy storage cycle engines with 4x drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を11倍の同径略同形同長地熱発電タービンの32段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) is 11 times the same diameter and approximately the same shape and length of geothermal power turbine 32 stage structure + storage battery driven prime Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined with various energy storage cycle engines with 5x drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を12倍の同径略同形同長地熱発電タービンの33段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine 33 stage structure + storage battery drive prime + metal increase with ball riser (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles with double drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を13倍の同径略同形同長地熱発電タービンの34段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine 34 stage structure + storage battery drive prime + metal increase with ball riser (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles equipped with 3 times driving + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を14倍の同径略同形同長地熱発電タービンの35段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 35 stage structure + storage battery driven prime Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined various energy storage cycle engines with 4x drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を15倍の同径略同形同長地熱発電タービンの36段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4E) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 36-stage structure + storage battery drive prime + metal increase sphere riser (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined with various energy storage cycle engines with 5x drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を16倍の同径略同形同長地熱発電タービンの37段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) with 16 times the same diameter approximately the same shape and the same length geothermal power turbine 37 stage structure + battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles with double drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を17倍の同径略同形同長地熱発電タービンの38段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) with 17 times the same diameter, approximately the same shape and the same length of geothermal power generation Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles equipped with 3 times driving + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を18倍の同径略同形同長地熱発電タービンの39段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) with 18 times the same diameter approximately the same shape and the same length geothermal power turbine 39 stage structure + battery drive prime Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined with various energy storage cycle engines that drive 4 times + insert geothermal air heater (2z) into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を19倍の同径略同形同長地熱発電タービンの40段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4C) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine 40-stage structure + storage battery drive prime + metal with increasing sphere lift (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined with various energy storage cycle engines with 5x drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を20倍の同径略同形同長地熱発電タービンを41段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 20 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 41 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を21倍の同径略同形同長地熱発電タービンを42段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 21 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 42 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を22倍の同径略同形同長地熱発電タービンを43段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 22 times the same diameter and approximately the same shape and the same length Geothermal power generation turbine structure in 43 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を23倍の同径略同形同長地熱発電タービンを44段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4A) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 44 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を24倍の同径略同形同長地熱発電タービンを45段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4B) 24 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine structure in 45 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を25倍の同径略同形同長地熱発電タービンを46段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 25 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 46 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を26倍の同径略同形同長地熱発電タービンを47段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbines provided in 47 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を2倍の同径略同形同長地熱発電タービンを48段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) with double the same diameter and approximately the same shape and the same length geothermal power turbines in 48 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を3倍の同径略同形同長地熱発電タービンを49段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4F) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 49 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を4倍の同径略同形同長地熱発電タービンを50段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4A) 4 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を5倍の同径略同形同長地熱発電タービンを51段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) with 5 times the same diameter and approximately the same shape and the same length geothermal power turbines in 51 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を6倍の同径略同形同長地熱発電タービンを52段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 6 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 52 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を7倍の同径略同形同長地熱発電タービンを53段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 7 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 53 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を8倍の同径略同形同長地熱発電タービンを54段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4E) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 54 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を9倍の同径略同形同長地熱発電タービンを55段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross-section (4F) 9 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 55 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を10倍の同径略同形同長地熱発電タービンを56段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4A) 10 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 56 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を11倍の同径略同形同長地熱発電タービンを57段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 11 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine in 57 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を12倍の同径略同形同長地熱発電タービンを58段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 12 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 58 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を13倍の同径略同形同長地熱発電タービンを59段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4D) 13 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を14倍の同径略同形同長地熱発電タービンを60段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4E) 14 times the same diameter, approximately the same shape, the same length, geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を15倍の同径略同形同長地熱発電タービンを61段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4F) 15 times the same diameter, approximately the same shape, the same length geothermal power turbines are arranged in 61 stages + storage battery powered various ships prime + increasing sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を16倍の同径略同形同長地熱発電タービンを62段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4A) 16 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 62 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を17倍の同径略同形同長地熱発電タービンを63段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4B) 17 times the same diameter approximately the same shape and the same length geothermal power turbines provided in 63 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を18倍の同径略同形同長地熱発電タービンを64段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 64 stages + storage battery powered various ships prime + increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を19倍の同径略同形同長地熱発電タービンを65段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4D) 19 times the same diameter, approximately the same shape, the same length, geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を20倍の同径略同形同長地熱発電タービンを66段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 20 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 66 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を21倍の同径略同形同長地熱発電タービンを67段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) 21 times the same diameter and the same shape and the same length geothermal power generation turbine structure in 67 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4A)を22倍の同径略同形同長地熱発電タービンを68段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4A) 22 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 68 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4B)を23倍の同径略同形同長地熱発電タービンを69段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4B) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 69 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4C)を24倍の同径略同形同長地熱発電タービンを70段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4C) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 70 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4D)を25倍の同径略同形同長地熱発電タービンを71段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4D) 25 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 71 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines that have been used as a power generation method that collects and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4E)を26倍の同径略同形同長地熱発電タービンを72段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4E) 26 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 72 stages + battery powered by various vessels + increasing sphere rise The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines that have been used as a power generation method that collects and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4F)を2倍の同径略同形同長地熱発電タービンを73段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4F) double the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 73 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines that have been used as a power generation method that collects and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを74段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 3 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 74 stages + storage battery powered various ships prime + increase sphere rise The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines that have been used as a power generation method that collects and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを75段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 75 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines that have been used as a power generation method that collects and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを76段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 76 stages Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed and recovered geothermal heated air compressed heat recovery + chilled turbine exhaust compressed heat recovery + driven the turbine diameter 4 times of the opposed all blade impeller turbine + geothermal air heater (2z) inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを77段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 77 stages + make full use of storage battery drive, electric drive and heat utilization + Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven 5 times the turbine diameter + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを78段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 78 stages + make full use of storage battery drive, electric drive and thermal energy + Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven twice the turbine diameter + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを79段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 79 stages + make full use of storage battery drive, electric drive and heat utilization + Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) Compressed geothermal heating air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine diameter is driven 3 times + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを80段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 9 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 80 stages Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed and recovered geothermal heated air compressed heat recovery + chilled turbine exhaust compressed heat recovery + driven the turbine diameter 4 times of the opposed all blade impeller turbine + geothermal air heater (2z) inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを81段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 81 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを82段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 82 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを83段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter and the same shape and the same length geothermal power generation turbine structure in 83 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを84段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter and the same shape and the same length of geothermal power generation turbines in 84 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを85段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 85 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを86段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 86 stages + factory electrification prime + increasing sphere ascending device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを87段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 87 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを88段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 88 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを89段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 89 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを90段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 90 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを91段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 91 stages + battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを92段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter and the same shape and the same length of geothermal power generation turbine structure in 92 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを93段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure with 93 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを94段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 94 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを95段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure with 95 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを96段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 96 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを97段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 97 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを98段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double the same diameter and the same shape and the same length geothermal power generation turbine installed in 98 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを99段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 99 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを100段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 100 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの101段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length, geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの102段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter approximately the same shape and the same length geothermal power generation turbine 102 stage structure + storage battery driven various vehicles prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの103段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 103 stage + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの104段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 104 times structure of geothermal power generation turbine with the same diameter and the same shape and length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの105段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 105 times structure of geothermal power generation turbine with the same diameter and approximately the same shape with the same diameter ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを106段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 106 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを107段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 107 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを108段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 12 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 108 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを109段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape and the same length geothermal power generator in 109 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを110段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter approximately the same shape and the same length geothermal power generation structure with 110 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを111段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 15 times the same diameter and approximately the same shape and the same length geothermal power generation turbine installed in 111 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを112段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 112 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを113段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 113 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを114段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 114 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを115段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 115 stages + factory electrification prime + increasing sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを116段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 116 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを117段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+水合金を加速して発電の3種類対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter and approximately the same shape and length of geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Accelerating water alloy to drive the turbine diameter of three types of opposed all-wheel impeller turbines for power generation + Geothermal air heater (2z) inserted into drilling hole in boring machine Various energy storage cycle coalescing engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを118段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 118 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを119段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided structure in 119 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを120段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 120 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを1段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter approximately the same shape and the same length geothermal power turbine installed in one stage + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを2段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is provided in 2 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを3段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double the same diameter approximately the same shape and the same length geothermal power turbines in 3 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを4段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine is provided in 4 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを5段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 5 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy conservation cycles, which is equipped with a turbine diameter of 5 times and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの6段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles, which is equipped with a turbine diameter of 2 times + geothermal air heater (2z) inserted into a boring machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの7段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length, geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの8段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter approximately the same shape and the same length geothermal power generation turbine 8 stage structure + storage battery drive various automobile prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの9段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 9-stage structure + battery-powered various automobile priming + increasing sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの10段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10-stage structure of geothermal power generation turbine with the same diameter and approximately the same shape and the same length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを11段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 11 stages + accelerating storage battery drive, electric drive, and thermal utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを12段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 12 stages + make full use of storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを13段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 13 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを14段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 14 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを15段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure with 15 stages + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを16段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 16 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを17段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 17 stages + factory electrification prime-up + sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを18段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 18 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with double turbine diameter + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを19段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 19 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを20段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 20 stages + factory electrification prime + increase sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを21段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbines are provided in 21 stages. Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを22段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 22 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを23段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 23 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを24段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure with 24 stages + make full use of battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを25段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 25 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを26段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 26 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを27段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 27 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを28段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with twice the same diameter, approximately the same shape, the same length, geothermal power generation turbine provided in 28 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを29段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 3 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine installed in 29 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを30段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 30 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの31段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length, geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの32段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power turbine 32 stage structure + storage battery driven various vehicles prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの33段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 33-stage structure + storage battery drive various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの34段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter approximately the same shape and the same length geothermal power generation turbine 34 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの35段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを36段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 36 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを37段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 37 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを38段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 38 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを39段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure provided in 39 stages + storage battery drive, electric drive and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを40段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 40 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを41段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 41 stages + factory electrification prime + increasing sphere ascent device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを42段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 42 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを43段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 43 stages + factory electrification prime-up + sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを44段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 44 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを45段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided 45 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを46段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 46 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを47段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter and approximately the same shape and the same length geothermal power generation turbine in 47 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを48段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 48 stages + storage battery drive, electric drive, and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを49段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 49 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを50段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 24 times the same diameter, approximately the same shape and the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを51段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 51 stages + full electrification house prime + increase sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを52段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 52 stages + full electrification house prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを53段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double the same diameter and the same shape and the same length geothermal power generation turbine provided in 53 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを54段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) with 3 times the same diameter and approximately the same shape and length of geothermal power generation turbine provided in 54 stages + full electrification house prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを55段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 55 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの56段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 56 times structure of the same diameter, approximately the same shape and the same length geothermal power generation turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの57段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length Geothermal turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの58段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter approximately the same shape and the same length geothermal power generator 58 stage structure + storage battery drive various automobile prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの59段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの60段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter and approximately the same shape and length of geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを61段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure 61 + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを62段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 62 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを63段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 63 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを64段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure provided in 64 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを65段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 65 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを66段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 66 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを67段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 67 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを68段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 68 stages + Factory electrification prime + Increase ball riser (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを69段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 69 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを70段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 70 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを71段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 71 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを72段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power turbine structure in 72 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを73段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 73 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを74段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 74 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを75段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 75 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを76段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter, approximately the same shape and the same length, geothermal power generation turbine installed in 76 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを77段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) with 26 times the same diameter and approximately the same shape and the same length geothermal power generation turbine installed in 77 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを78段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double diameter of the same shape and length of geothermal power generation turbine installed in 78 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを79段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 79 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを80段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 80 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの81段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 81-stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの82段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの83段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 83 stage structure + storage battery drive various automobile prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの84段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 84 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの85段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter approximately the same shape and the same length geothermal power generation turbine 85 stage structure + storage battery driven various vehicles prime + increasing sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを86段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 86 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを87段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure with 87 stages + storage battery drive, electric drive, and full use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを88段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 88 stages + make full use of battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを89段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure provided in 89 stages + storage battery drive, electric drive and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを90段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 90 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを91段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 91 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを92段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 92 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを93段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 93 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを94段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 94 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを95段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 95 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを96段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 96 stages + make full use of storage battery drive, electric drive, and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを97段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power turbine in 97 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを98段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation structure with 98 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを99段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 99 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを100段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを101段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter and approximately the same shape and the same length geothermal power generation turbine installed in 101 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを102段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 102 stages + full electrification house prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを103段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double the same diameter and the same shape and the same length geothermal power generation turbine provided in 103 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを104段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 104 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを105段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter and approximately the same shape and the same length geothermal power generation turbine is installed in 105 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの106段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 106-fold structure of geothermal power generation turbine with the same diameter and approximately the same shape and length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの107段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 107-stage structure of 6 times the same diameter approximately the same shape and the same length geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの108段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine 108 stage structure + storage battery drive various vehicle prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの109段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 109 times structure of geothermal power generation turbine with the same diameter and the same shape and length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの110段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter approximately the same shape and the same length geothermal power generation turbine 110 stage structure + storage battery driven various vehicles prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを111段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 10 times the same diameter, approximately the same shape and the same length geothermal power turbine in 111 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを112段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 112 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを113段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine in 113 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを114段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 114 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを115段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 14 times the same diameter and approximately the same shape and length of geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを116段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 116 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを117段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 117 stages The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを118段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 118 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを119段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 119 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを120段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 120 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを1段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in one stage + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを2段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter and the same shape and the same length of geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを3段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 3 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを4段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 4 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを5段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 5 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを6段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 6 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを7段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 7 stages + Fully electrified house prime + Increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを8段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with double the same diameter, approximately the same shape and the same length geothermal power turbines in 8 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを9段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 9 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを10段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 10 stages + Fully electrified house prime + Increase sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの11段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの12段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 12 times structure of geothermal power generation turbine with the same diameter and the same shape and length of 6 times ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの13段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter and approximately the same shape and length of geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの14段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの15段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを16段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure provided in 16 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを17段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 17 stages + battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを18段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 18 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを19段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 19 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを20段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter approximately the same shape and the same length geothermal power generation structure with 20 stages + battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを21段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 21 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを22段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 22 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを23段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 23 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを24段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 24 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを25段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 25 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを26段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure with 26 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを27段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 27 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを28段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 28 stages + storage battery drive, electric drive, and hot use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを29段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 29 stages + Storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを30段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 24 times the same diameter, approximately the same shape, the same length geothermal power generation turbine in 30 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを31段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter and approximately the same shape and length of geothermal turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを32段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 32 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを33段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double the same diameter and the same shape and the same length geothermal power generation turbine provided in 33 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを34段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 34 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを35段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 35 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの36段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの37段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 37-stage structure + storage battery drive various automobile prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの38段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 38 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの39段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 39 times structure of the same diameter approximately the same shape and the same length geothermal power generator turbine + storage battery drive various automobile prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの40段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球と水を加速して発電の3種類対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter approximately the same shape and the same length geothermal power generation turbine 40-stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) Metal spheres Liquid metal and materials with reduced impact on specific materials are stored and stored + Compressed air is recovered by compressing the heated air by geothermal heat + Compressed heat recovery from the cold turbine exhaust + Compressed heat recovery of the metal sphere and water This is a combination of various energy conservation cycle engines that drive four times the turbine diameter of the opposed all-rotor impeller turbine for power generation and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンの41段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 41-stage structure + storage battery drive prime + metal increase sphere lift (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined with various energy storage cycle engines with 5x drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンの42段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is 11 times the same diameter and approximately the same shape and length of geothermal power generation turbine 42 stage structure + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles with double drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンの43段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 12 times the same diameter and approximately the same shape and length of geothermal power generation turbine 43-stage structure + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles equipped with 3 times driving + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンの44段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine 44 stage structure + storage battery drive prime Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined various energy storage cycle engines with 4x drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンの45段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 45 times the same diameter approximately the same shape and the same length geothermal power turbine 45 stage + storage battery drive prime + metal in the increasing sphere raising device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined with various energy storage cycle engines with 5x drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンの46段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 15 times the same diameter and approximately the same shape and the same length geothermal power generation turbine 46-stage structure + storage battery drive prime + metal with increasing sphere lift (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles with double drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンの47段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter approximately the same shape and the same length geothermal power generation turbine 47-stage structure + battery drive prime + metal with increasing sphere lift (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles equipped with 3 times driving + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンの48段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) is 17 times the same diameter and approximately the same shape and the same length of geothermal power generation turbine 48-stage structure + storage battery drive prime + metal with increasing sphere lift (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined various energy storage cycle engines with 4x drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンの49段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is 18 times the same diameter and approximately the same shape and length of geothermal power turbine with 49-stage structure + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined with various energy storage cycle engines with 5x drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンの50段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is 19 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 50 stage structure + storage battery driven prime Sphere liquid metal and specific material impact reduction materials are stored up and compressed + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + turbine diameter of opposed all blade impeller turbine Combined engine with various energy storage cycles with double drive + geothermal air heater (2z) inserted into drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを51段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 51 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを52段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 21 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 52 stages + accelerating storage battery-powered vessels + increasing sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを53段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 53 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを54段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbines in 54 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを55段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 55 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを56段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with the same diameter approximately the same shape and the same length geothermal power generation turbine with a structure of 56 stages + make storage battery drive various ships prime + increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを57段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross-section (4X) 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine in 57 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを58段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with double the same diameter, approximately the same shape and the same length geothermal power generation turbine in 58 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを59段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 59 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを60段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation structure provided in 60 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを61段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 61 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを62段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 62 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを63段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 63 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを64段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape and the same length Geothermal power generation structure with 64 stages + accelerating various battery-powered vessels + increasing sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを65段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 9 times the same diameter and approximately the same shape and the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを66段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 66 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを67段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 67 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを68段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 68 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを69段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbines in 69 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを70段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 70 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを71段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 71 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを72段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length Geothermal power turbine structure in 72 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを73段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 73 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを74段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 74 stages + storage battery powered various ships prime + increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを75段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 75 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを76段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 76 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを77段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 21 times the same diameter, approximately the same shape, the same length Geothermal power generation turbines in 77 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a 5x turbine diameter of the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを78段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 78 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement A combination of various energy conservation cycle engines that drive the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを79段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposed metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 79 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines equipped with a turbine diameter 3 times larger than the impeller turbine and a geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを80段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 80 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 4 times the turbine diameter of the impeller turbine and insert a geothermal air heater (2z) into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを81段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 25 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 81 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを82段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 82 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを83段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with double the same diameter and the same shape and the same length geothermal power generation turbines in 83 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを84段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure provided in 84 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを85段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+兼用空気温熱等と冷熱を回収利用するする発電方法とした各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 85 stages The device (2F) stores and saves metal sphere liquid metal and material with reduced impact on specific substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines as a power generation method that recovers and uses cold heat.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを86段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 86 stages + make full use of storage battery drive, electric drive, and heat utilization + Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven 5 times the turbine diameter + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを87段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 87 stages Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven twice the turbine diameter + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを88段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 88 stages Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heating air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine diameter is driven 3 times + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを89段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure with 89 stages + make full use of storage battery drive, electric drive and thermal energy + Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed and recovered geothermal heated air compressed heat recovery + chilled turbine exhaust compressed heat recovery + driven the turbine diameter 4 times of the opposed all blade impeller turbine + geothermal air heater (2z) inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを90段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 90 stages + make full use of storage battery drive, electric drive, and heat utilization + Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade impeller turbine is driven 5 times the turbine diameter + Geothermal air heater (2z) is inserted into the boring machine drilling hole Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを91段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 91 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを92段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 92 stages + make full use of storage battery drive, electric drive, and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを93段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 93 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを94段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 94 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを95段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 95 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを96段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 96 stages + factory electrification prime + increase sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを97段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 97 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを98段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 98 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを99段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold and cold turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 99 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを100段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 100 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを101段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 101 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを102段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 102 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを103段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation structure with 103 stages + storage battery drive, electric drive and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを104段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 104 stages + make full use of battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを105段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation structure with 105 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを106段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter approximately the same shape and the same length geothermal power generation structure with 106 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 5 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを107段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape and the same length geothermal power generation structure with 107 stages + full electrified house prime + increasing sphere lift device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engines equipped with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを108段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter approximately the same shape and the same length geothermal power generation turbine in 108 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescence engine equipped with 3 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを109段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter approximately the same shape and the same length geothermal power generation structure with 109 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 4 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを110段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter approximately the same shape and the same length geothermal power generation structure with 110 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 5 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの111段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 111 times structure of the same diameter approximately the same shape and the same length geothermal power generation turbine + storage battery drive various automobile prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの112段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの113段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter approximately the same shape and the same length geothermal power turbine 113 stage structure + storage battery drive various automobile prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの114段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 114 times structure of the same diameter approximately the same shape and the same length geothermal power generation turbine + storage battery drive various automobile prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの115段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 115 times structure of the same diameter and the same shape and the same length geothermal power generation turbine 9 times + storage battery drive various automobile prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを116段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure with 116 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを117段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter and the same shape and the same length of geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを118段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine with 118 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを119段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided structure in 119 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを120段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 120 stages + make full use of battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを1段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine installed in one stage + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを2段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter and approximately the same shape and length of geothermal turbine The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを3段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 3 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを4段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 4 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + The heat of the geothermal heating is compressed by heating the geothermal heating air. The compressed heat recovery is recovered. Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを5段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 5 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを6段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 6 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを7段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 7 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを8段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 22 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 8 stages + make full use of storage battery drive, electric drive, and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを9段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery for cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Inserts a geothermal air heater (2z) into the drilling hole for various energy conservation cycle combined engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを10段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 10 stages + accelerating storage battery drive, electric drive, and heat utilization Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを11段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter approximately the same shape and the same length geothermal power generation structure with 11 stages + full electrified house prime + increasing sphere raising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engines equipped with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを12段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 12 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescence engine equipped with 3 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを13段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) structure with 13 stages of geothermal power generation turbines with the same diameter and the same shape with the same diameter + full electrified housing prime 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 4 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを14段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length, geothermal power generation 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 5 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを15段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter approximately the same shape and the same length geothermal power generator structure with 15 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engines equipped with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの16段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter and approximately the same shape and length of geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの17段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 17-stage structure of 6 times the same diameter, approximately the same shape, the same length geothermal power generation turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの18段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18-stage structure of geothermal power generation turbine with the same diameter and the same shape with the same diameter 7 times + storage battery drive various vehicles prime ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの19段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length, geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの20段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを21段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 21 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを22段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 22 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを23段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 23 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを24段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 24 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを25段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 25 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを26段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 26 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを27段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 27 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを28段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 28 stages + Factory electrification prime + Increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを29段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 29 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを30段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 30 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを31段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 31 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを32段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 32 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを33段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 33 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを34段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 34 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを35段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 35 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを36段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 36 stages 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescence engine equipped with 3 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを37段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 37 stages 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 4 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを38段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter, approximately the same shape, the same length geothermal power generation turbine in 38 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 5 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを39段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter approximately the same shape and the same length geothermal power turbine structure provided in 39 stages + full electrified house prime + increasing sphere raising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engines equipped with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを40段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter approximately the same shape and the same length geothermal power generation structure with 40 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescence engine equipped with 3 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの41段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 41-stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの42段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter approximately the same shape and the same length geothermal power generation turbine 42 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの43段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter approximately the same shape and the same length geothermal power turbine 43 stage structure + storage battery driven various vehicles prime + increasing sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの44段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの45段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを46段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 46 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを47段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 47 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを48段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure provided in 48 stages + storage battery drive, electric drive and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを49段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 49 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを50段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを51段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 51 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを52段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 52 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを53段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 53 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを54段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 54 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを55段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 55 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを56段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine in 56 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを57段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generator in 57 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを58段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 58 stages + make full use of battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを59段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 59 stages + storage battery drive, electric drive, and warm use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを60段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 24 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 60 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを61段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 61 stages + full electrification house prime + increase sphere lift device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 4 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを62段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 62 stages + full electrification house prime + increasing sphere raising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 5 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを63段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter and approximately the same shape and length of geothermal power generation turbine in 63 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engines equipped with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを64段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure provided in 64 stages + full electrified house prime + increasing sphere raising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescence engine equipped with 3 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを65段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 4 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの66段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 66 times structure of geothermal power generation turbine with the same diameter and the same shape and length of 5 times ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの67段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 67 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの68段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 68-stage structure of the same diameter, approximately the same shape and the same length of geothermal power generator turbine + battery-powered various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの69段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 69 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの70段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 70 times structure of geothermal power generation turbine with the same diameter and the same shape with the same diameter 9 times + storage battery driven various cars ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを71段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 71 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを72段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter and the same shape and the same length geothermal power generation turbine structure in 72 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを73段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 73 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを74段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 74 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを75段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 14 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 75 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを76段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 76 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを77段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 77 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを78段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 17 times the same diameter and approximately the same shape and the same length geothermal power generation turbine installed in 78 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを79段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 79 stages + Factory electrification prime + Increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを80段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 80 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを81段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 81 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを82段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 82 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを83段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 22 times the same diameter and the same shape and the same length geothermal power generation turbine structure in 83 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを84段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter approximately the same shape and the same length geothermal power generation turbines provided in 84 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを85段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure with 85 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを86段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape and the same length geothermal power generation 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 5 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを87段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 87 stages 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engines equipped with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを88段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double diameter of the same shape and the same length and geothermal power generation turbine in 88 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescence engine equipped with 3 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを89段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 89 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 4 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを90段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 5 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの91段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter approximately the same shape and the same length geothermal power turbine 91 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの92段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter approximately the same shape and the same length geothermal power generation turbine 92-stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの93段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter approximately the same shape and the same length geothermal power generation turbine 93 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの94段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter approximately the same shape and the same length geothermal power generation turbine 94 stage structure + storage battery drive various vehicle prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの95段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 95 times structure of the same diameter, approximately the same shape and the same length geothermal power generation turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを96段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 96 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを97段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 97 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを98段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 98 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを99段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 99 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを100段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを101段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 101 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを102段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 102 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを103段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 103 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを104段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 104 stages + factory electrification prime-up + sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを105段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 105 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを106段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 106 stages + make full use of storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを107段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 107 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを108段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure with 108 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを109段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 109 stages + make full use of storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを110段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 24 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 110 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを111段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter approximately the same shape and the same length geothermal power generation structure with 111 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engines equipped with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを112段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 112 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescence engine equipped with 3 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを113段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter, approximately the same shape, the same length, geothermal power generation turbine in 113 stages + full electrified house prime + increasing sphere raising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 4 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを114段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 5 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを115段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter approximately the same shape and the same length geothermal power generation structure with 115 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engines equipped with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの116段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 116 times structure of geothermal power generation turbine with the same diameter approximately the same shape and the same length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの117段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 6 times the same diameter and approximately the same shape and length of geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの118段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 118-fold structure of approximately the same shape and length of geothermal power generation turbine with 7 times the same diameter + storage battery drive various vehicles prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの119段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 119-stage structure of geothermal power generation turbine with the same diameter and the same shape and length of 8 times ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの120段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length, geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを1段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを2段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter, approximately the same shape and the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを3段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 3 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを4段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 4 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを5段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを6段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 6 stages + Factory electrification prime + Increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを7段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length geothermal power turbines are installed in 7 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを8段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 8 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを9段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 9 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを10段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 10 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを11段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 11 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを12段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 12 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを13段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 13 stages + battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを14段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 14 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを15段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 15 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを16段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 16 stages + full electrified house prime + increasing sphere raising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescence engine equipped with 3 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを17段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 17 stages + full electrified house prime + increasing sphere raising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 4 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを18段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter and the same shape and the same length of geothermal power generation turbine in 18 stages + Fully electrified house prime + Increase sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 5 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを19段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engines equipped with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを20段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescence engine equipped with 3 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの21段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの22段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの23段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの24段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 24-stage structure + storage battery driven various vehicles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの25段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter and approximately the same shape and length of geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを26段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 26 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを27段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 27 stages + to make full use of storage battery drive, electric drive, and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを28段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 28 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを29段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 29 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを30段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを31段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 31 stages + factory electrification prime + increase sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを32段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 32 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 3 times turbine diameter drive + geothermal air heater (2z) inserted into borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを33段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter and approximately the same shape and the same length geothermal power turbine is installed in 33 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 4x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを34段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 34 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles with 5x turbine diameter + geothermal air heater (2z) inserted in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを35段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 35 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat recovery by compressing geothermal heating air by compressing the heated air by geothermal heat + Recovering the cooling heat from the cold turbine exhaust + Combined engine with various energy storage cycles, with turbine diameter doubled and geothermal air heater (2z) inserted into borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを36段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 20 times the same diameter, approximately the same shape and the same length geothermal power turbines in 36 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを37段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter and the same shape and the same length of geothermal power generation turbine in 37 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 4 times the turbine diameter of the opposed all blade impeller turbine + Geothermal air heater (2z) is inserted into the drilling hole of the various energy conservation cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを38段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 22 times the same diameter and approximately the same shape and the same length geothermal power generation turbine provided in 38 stages + accelerating storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives 5 times the turbine diameter of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling holes and combines various energy conservation cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを39段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 39 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives twice the turbine diameter of opposed full blade impeller turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを40段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 24 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 40 stages + accelerating storage battery drive, electric drive, and heat utilization Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Drives the turbine diameter 3 times of the opposed impeller blade turbine + Drives geothermal air heater (2z) into borehole drilling hole, various energy storage cycle combined engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを41段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 41 stages + full electrified house prime + increasing sphere raising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 4 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを42段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposed metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 42 stages + full electrified house prime + increasing sphere rising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 5 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを43段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) structure with 43 rounds of the same diameter and the same shape and the same length geothermal power generation turbine + full electrified housing prime 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engines equipped with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを44段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 44 stages 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescence engine equipped with 3 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを45段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 4 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの46段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの47段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 6 times the same diameter approximately the same shape and the same length geothermal power generator 47 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine Of various energy conservation cycles with a turbine diameter doubled and a geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの48段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 48 times structure of the same diameter approximately the same shape and the same length geothermal power generation turbine 7+ ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine This is a combined engine with various energy storage cycles that is equipped with a turbine diameter of 3 times + geothermal air heater (2z) inserted into a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの49段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine 4 times the turbine diameter of the engine + geothermal air heater (2z) is inserted into the drilling hole drilling machine various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの50段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 50 stage structure + storage battery driven various vehicles prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat recovered from the cold turbine exhaust + the opposed all blade impeller turbine The engine is driven by 5 times the diameter of the turbine + geothermal air heater (2z) is inserted into the boring machine excavation hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation 10 times + metal sphere liquid metal and specific material impact reduction material are increased and stored by increasing sphere rising device (2F) + Compressing air heated by geothermal heat and heating compressed heat recovery from geothermal heating air + Compressing heat recovery from chilled turbine exhaust + Drives double turbine diameters of 1 to 12 turbines with opposed all blade turbine horizontal axis (16A) + Various energy storage cycle coalescing engines with geothermal air heaters (2z) installed in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation of 11 times + metal sphere liquid metal and specific material impact reducing material are increased and preserved by increasing sphere rising device (2F) + Compressing the air heated by geothermal heat, heating the geothermal heating air, recovering compressed heat + Recovering the heat from the cold turbine exhaust + Compressing the heat recovery from the turbine blades (16A), driving the turbine diameter of 1 to 12 turbines 3 times + Various energy storage cycle coalescing engines with geothermal air heaters (2z) installed in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation 12 times + increase sphere lift device (2F) to increase and save metal sphere liquid metal and specific material impact reduction material + Compressing the air heated by geothermal heat, heating the geothermal heating air, recovering the compressed heat + Recovering the heat from the cold turbine exhaust + Compressing the heat recovery from the turbine blades (16A) and driving the turbine diameter of 1 to 12 turbines 4 times + Various energy storage cycle coalescing engines with geothermal air heaters (2z) installed in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation of 13 times + metal sphere liquid metal and specific material impact reducing material are increased and stored by increasing sphere rising device (2F) + Compressed air heated by geothermal heat and heated compressed heat recovered from geothermal heated air + Compressed heat recovered from chilled turbine exhaust + Drives 5 times the turbine diameter of 1 to 12 turbines by the opposed all blade turbine horizontal axis (16A) + Various energy storage cycle coalescing engines with geothermal air heaters (2z) installed in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by 14 times geothermal power generation + metal sphere liquid metal and specific material impact reducing material are increased and stored by increasing sphere rising device (2F) + Compressing air heated by geothermal heat and heating compressed heat recovery from geothermal heating air + Compressing heat recovery from chilled turbine exhaust + Drives double turbine diameters of 1 to 12 turbines with opposed all blade turbine horizontal axis (16A) + Various energy storage cycle coalescing engines with geothermal air heaters (2z) installed in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを51段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 51 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを52段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 52 stages + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを53段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 53 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを54段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 54 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを55段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 55 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reducing material Compressed air accelerates the turbine diameter of 1 to 12 turbines to 3 times the turbine diameter of opposed turbine blades (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを56段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 56 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを57段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 57 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを58段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 58 stages + make full use of battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを59段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 59 stages + storage battery drive, electric drive, and warm use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを60段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 24 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 60 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and the turbine diameter of 1 to 12 turbines is 4 times the turbine diameter 4 times on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを61段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length geothermal power turbines are arranged in 61 stages + storage battery powered various ships prime + increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを62段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 26 times the same diameter approximately the same shape and the same length geothermal power turbine structure in 62 stages + accelerating storage battery driven various vessels + increasing sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを63段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 63 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを64段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 64 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを65段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Accelerate compressed air with metal and specific material impact reduction material to drive 1 to 12 turbines 5 times the diameter of opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを66段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 66 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを67段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 67 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを68段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 68 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを69段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) Eight times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is provided in 69 stages. The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを70段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 70 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを71段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 71 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを72段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 72 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを73段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 73 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを74段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 74 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを75段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 75 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを76段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 76 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを77段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 77 stages + storage battery driven various ships prime + increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを78段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 78 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを79段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 79 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを80段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 80 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを81段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length Geothermal power generator structure in 81 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを82段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 21 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 82 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを83段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 83 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを84段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbines provided in 84 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを85段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine installed in 85 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを86段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 86 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Accelerate compressed air with metal and specific material impact reduction material, drive 1 to 12 turbine diameters double by opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを87段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 87 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Metal and specific material impact reducing materials are accelerated with compressed air, and 1 to 12 turbine diameters are driven by opposed horizontal blade turbine horizontal axis (16A) + geothermal air heater (2z) is drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを88段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with the same diameter and approximately the same shape and the same length geothermal power generation turbine in 88 stages + storage battery drive to make all kinds of ships prime + increase sphere rise The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Metal and specific material impact reducing materials are accelerated with compressed air to drive 4 times the turbine diameter of 1 to 12 turbines with opposed all-blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを89段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 89 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Accelerate compressed air with metal and specific material impact reduction material to drive 1 to 12 turbines 5 times the diameter of opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを90段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 90 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Accelerate compressed air with metal and specific material impact reduction material, drive 1 to 12 turbine diameters double by opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを91段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 91 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Combined engine of various energy conservation cycles with generators and heat pumps in the same shape with a bolt bolt assembly turbine diameter three times larger.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを92段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径4倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 92 stages + storage battery powered various ships prime + increasing sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines equipped with generators and heat pumps with multi-stages of 4 times the diameter of the same type of bolt bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを93段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径5倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 93 stages + storage battery powered various ships prime + increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines equipped with generators and heat pumps with multi-stages of 5 times the diameter of the same-shaped fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを94段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径2倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) Eight times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 94 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines equipped with generators and heat pumps in multiple stages, etc., having twice the diameter of the same fitting bolt assembly turbine diameter.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを95段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape and the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Combined engine of various energy conservation cycles with generators and heat pumps in the same shape with a bolt bolt assembly turbine diameter three times larger.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを96段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 96 stages + accelerating storage battery drive, electric drive, and use of heat + Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heating air is compressed and heat recovery is recovered + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Geothermal air heater (2z) Various energy storage cycle coalescence engine provided in the drilling machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを97段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 97 stages + make full use of storage battery drive, electric drive and thermal energy + Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heating air is compressed by heat compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 5 times + geothermal air heater (2z) Various energy storage cycle coalescence engine provided in the drilling machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを98段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation structure with 98 stages Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) Compressed geothermal heated air is compressed and heat is recovered. + Cold turbine exhaust is compressed and heat is recovered. + Opposite all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Geothermal air heater (2z) Various energy storage cycle coalescence engine provided in the drilling machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを99段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 99 stages Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heating air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 3 times + Geothermal air heater (2z) Various energy storage cycle coalescence engine provided in the drilling machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを100段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) Compressed geothermal heating air to compress compressed heat recovery + chilled turbine exhaust to compress heat recovery + metal sphere liquid metal and specific material impact reducing material compressed air accelerated 1 to the opposed all blade turbine horizontal axis (16A) Various energy conservation cycle coalescing engines that drive 12 turbine diameters 4 times + geothermal air heater (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを101段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 101 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを102段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 102 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを103段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 103 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを104段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 104 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを105段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation structure with 105 stages + storage battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates to 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを106段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 106 stages, + electric drive prime, + compressed air heated by geothermal heat Compressed heat recovery for geothermal heated air + Compressed heat recovery for cold turbine exhaust + Drives double turbine diameter of 1 to 12 turbines with opposed all blade turbine horizontal axis (16A) + Geothermal air heater (2z) Various energy conservation cycle coalescence engine installed in drilling hole of boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを107段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 21 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is provided in 107 stages + Electric drive prime + Compressed air heated by geothermal heat Compressed heat recovery from geothermal heating air + Compressed heat recovery from cold turbine exhaust + Drives 1 to 12 turbine diameters 3 times on opposite all blade turbine horizontal axis (16A) + Geothermal air heater (2z) Various energy conservation cycle coalescence engine installed in drilling hole of boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを108段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity Cold and cold turbine Core geothermal turbine blade cross section (4X) 22 times the same diameter and the same shape and the same length Geothermal power generation turbine is installed in 108 stages + Electric drive prime + Compressed air heated by geothermal heat Compressed heat recovery of the geothermal heated air + Compressed heat recovery of the cold turbine exhaust + Drives 4 times the turbine diameter of 1 to 12 turbines with the opposed all blade turbine horizontal axis (16A) + Geothermal air heater (2z) Various energy conservation cycle coalescence engine installed in drilling hole of boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを109段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 109 stages + electric drive prime + heating air compressed by geothermal heat Compressed heat recovery of the geothermal heated air + Compressed heat recovery of the cold turbine exhaust + Drives the turbine diameter of 1 to 12 turbines by the opposed all blade turbine horizontal axis (16A) + Geothermal air heater (2z) Various energy conservation cycle coalescence engine installed in drilling hole of boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを110段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 110 stages + electric drive prime + heating air compressed by geothermal heat Compressed heat recovery for geothermal heated air + Compressed heat recovery for cold turbine exhaust + Drives double turbine diameter of 1 to 12 turbines with opposed all blade turbine horizontal axis (16A) + Geothermal air heater (2z) Various energy conservation cycle coalescence engine installed in drilling hole of boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを111段に設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine structure with 111 stages + output increasing sphere (2E) with small diameter accelerating turbine drive + Compressing the air heated by geothermal heat, heating the geothermal heating air, recovering compressed heat + Recovering the heat from the cold turbine exhaust + Compressing the heat recovery from the turbine blades (16A), driving the turbine diameter of 1 to 12 turbines 3 times + Various energy storage cycle coalescing engines with geothermal air heaters (2z) installed in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを112段に設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine 112 structure + power increase sphere (2E) small diameter diameter accelerating turbine drive + Compressing the air heated by geothermal heat, heating the geothermal heating air, recovering the compressed heat + Recovering the heat from the cold turbine exhaust + Compressing the heat recovery from the turbine blades (16A) and driving the turbine diameter of 1 to 12 turbines 4 times + Various energy storage cycle coalescing engines with geothermal air heaters (2z) installed in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを113段に設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) with the same diameter and approximately the same shape and the same length geothermal power generation turbine provided in 113 stages Acceleration turbine drive with a small diameter of the output increasing sphere (2E) + Compressed air heated by geothermal heat and heated compressed heat recovered from geothermal heated air + Compressed heat recovered from chilled turbine exhaust + Drives 5 times the turbine diameter of 1 to 12 turbines by the opposed all blade turbine horizontal axis (16A) + Various energy storage cycle coalescing engines with geothermal air heaters (2z) installed in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを114段に設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 3 times the same diameter and approximately the same shape and the same length geothermal power generation turbine provided in 114 stages + power increase sphere (2E) with small diameter and acceleration turbine drive + Compressing air heated by geothermal heat and heating compressed heat recovery from geothermal heating air + Compressing heat recovery from chilled turbine exhaust + Drives double turbine diameters of 1 to 12 turbines with opposed all blade turbine horizontal axis (16A) + Various energy storage cycle coalescing engines with geothermal air heaters (2z) installed in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを115段に設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length, geothermal power generation structure with 115 stages + output increasing sphere (2E) with small diameter, acceleration turbine drive + Compressed air recovered by heating with geothermal heat, heated heat recovered from geothermal heated air + Compressed heat recovered from chilled turbine exhaust + Metal sphere liquid metal and specific material impact reducing material Compressed air accelerated opposed turbine blade turbine Drives 1 to 12 turbines 3 times on a horizontal axis (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを116段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape and the same length Geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with a horizontal axis (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heater (2z) in borehole drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを117段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the heated geothermal air + Recover heat from the cold turbine exhaust + Recover the opposed all blade blade Various energy storage cycle coalescing engine equipped with 5 times the turbine diameter of the turbine + geothermal air heater (2z) inserted into the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを118段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Drives 1 to 12 turbines with double diameter on horizontal axis (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを119段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Drives 1 to 12 turbines 3 times on a horizontal axis (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを120段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the geothermal heated air + Recover heat from the cold turbine exhaust + Recover heat from the metal heat + Metal sphere liquid metal Accelerating material impact reduction material with compressed air to drive 1 to 12 turbine diameters 4 times with opposed all blade turbine horizontal axis (16A) + various geothermal air heaters (2z) provided in drilling holes Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンの1段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length, geothermal power turbine 1-stage structure + battery-powered various vehicles prime + increase sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンの2段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 2-stage structure + storage battery driven various vehicles ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンの3段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+重い物質の対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 3-stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + recover the heat from the cold turbine exhaust + recover all the heavy substances oppositely Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンの4段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 4 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンの5段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length, geothermal power generator ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを6段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを7段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 7 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを8段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 8 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを9段に設けて高温水球を垂直下方に加速する構造や方法+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposed metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine is provided in 9 stages to accelerate the hot water ball vertically downward + battery drive + Collecting geothermal heat with a geothermal air heater (2z) + Increasing and storing the metal sphere liquid metal and the material for reducing the impact of specific material impacts with the augmenting sphere lifting device (2F) + Geothermal heating Compressed air to heat the geothermal heating air to recover the compressed heat + Compressed heat recovery from the cold turbine exhaust + Drives the turbine diameter of 1 to 12 turbines by the opposed all blade turbine horizontal axis (16A) + Geothermal air heater ( 2z) Various energy storage cycle coalescing engines provided in drilling holes of boring machines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを10段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and doubles the turbine diameter of 1-12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを11段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 11 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを12段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 12 times the same diameter, approximately the same shape and the same length geothermal power turbines installed in 12 stages + factory electrification prime-up + sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを13段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 13 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを14段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 14 stages + factory electrification prime + increasing sphere ascending device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを15段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 15 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを16段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 16 stages + make full use of battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを17段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 17 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを18段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter and approximately the same shape and the same length geothermal power generation turbine in 18 stages + Storage battery drive, electric drive and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを19段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure provided in 19 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを20段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 20 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and the turbine diameter of 1 to 12 turbines is 4 times the turbine diameter 4 times on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを21段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with a horizontal axis (16A) driving 1 to 12 turbine diameters 5 times + geothermal air heater (2z) in borehole drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを22段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Drives 1 to 12 turbines with double diameter on horizontal axis (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを23段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 23 stages 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Drives 1 to 12 turbines 3 times on a horizontal axis (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを24段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter approximately the same shape and the same length geothermal power generator structure in 24 stages + full electrified house prime + increasing sphere rising device ( 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with a horizontal axis (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heater (2z) in borehole drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを25段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 25 stages + full electrification house prime + increase sphere raising device ( 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the geothermal heated air + Recover heat from the cold turbine exhaust + Recover heat from the metal heat + Metal sphere liquid metal Accelerating material impact reduction material with compressed air and driving 1 to 12 turbines 5 times in diameter with opposed all blade turbine horizontal axis (16A) + various geothermal air heaters (2z) provided in drilling holes Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンの26段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンの27段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+より重い物質の高温水を垂直下方に加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 27-stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) In the metal sphere liquid metal and the material with reduced material impact reduction, the heat is compressed by geothermal heat and the heat of the geothermal heat is compressed. Accelerating vertically downward to drive 1 to 12 turbine diameters 3 times by opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy conservation cycle coalescence engine .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンの28段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine 28-stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンの29段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape, the same length, geothermal power generation ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンの30段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter and approximately the same shape and length of geothermal power turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを31段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 31 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを32段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure provided in 32 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを33段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 33 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを34段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure provided in 34 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを35段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 35 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reducing material Compressed air accelerates the turbine diameter of 1 to 12 turbines to 3 times the turbine diameter of opposed turbine blades (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを36段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 20 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 36 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを37段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 21 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 37 stages + Factory electrification prime + Increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを38段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 38 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを39段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 39 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを40段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 40 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを41段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter and approximately the same shape and the same length geothermal power generator in 41 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを42段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbines in 42 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを43段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) double-same structure of approximately the same shape and length of geothermal power generation turbine provided in 43 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを44段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with three times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 44 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを45段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 45 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates to 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを46段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Drives 1 to 12 turbines with double diameter on horizontal axis (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを47段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 47 stages + full electrified house prime + increasing sphere rising device ( 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Drives 1 to 12 turbines 3 times on a horizontal axis (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを48段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 48 stages 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with a horizontal axis (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heater (2z) in borehole drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを49段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with a horizontal axis (16A) driving 1 to 12 turbine diameters 5 times + geothermal air heater (2z) in borehole drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを50段に設けた構造+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter and the same shape and the same length geothermal power generation turbine structure + full electrified housing prime 2F) Ascend and store the metal sphere liquid metal and the material that reduces the impact of specific critical substances + Compress the air heated by geothermal heat and heat the geothermal heated air + Recover heat from the cold turbine exhaust + Recover heat from the metal heat + Metal sphere liquid metal Accelerating material impact reduction material with compressed air to drive 1 to 12 turbine diameters twice with opposed full blade turbine horizontal shaft (16A) + various geothermal air heaters (2z) provided in drilling holes Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンの51段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 51 times structure of geothermal power generation turbine with the same diameter and the same shape and the same length ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンの52段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter and approximately the same shape and the same length geothermal power turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンの53段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine 53 stage + storage battery driven various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンの54段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンの55段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 14 times the same diameter, approximately the same shape, the same length, geothermal power generation ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを56段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 56 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを57段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power turbine in 57 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを58段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 58 stages + accelerating storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを59段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure with 59 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを60段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure with 60 stages + make full use of battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and the turbine diameter of 1 to 12 turbines is 4 times the turbine diameter 4 times on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを61段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 61 stages + factory electrification prime-up + sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを62段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+水合金を垂直下方に加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 62 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of specific critical substances are stored and stored. + Compressed air is recovered by heating the geothermal heating air by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust + Water alloy is accelerated vertically downward. Then, various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are driven by the opposed full blade turbine horizontal axis (16A) and a geothermal air heater (2z) is provided in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを63段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 63 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを64段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 64 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを65段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine installed in 65 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 5 times the diameter with opposed all-blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを66段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter and approximately the same shape and the same length geothermal power turbine in 66 stages + storage battery drive, electric drive and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を26倍の同径略同形同長地熱発電タービンを67段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 67 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを68段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 68 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを69段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 6 times the same diameter and approximately the same shape and length of geothermal power generation turbine installed in 69 stages + to make full use of battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを70段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 70 times the same diameter and the same shape and the same length geothermal power generation turbine + storage battery drive, electric drive, and heat utilization Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and doubles the turbine diameter of 1-12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを71段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 71 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを72段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 72 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを73段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 73 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを74段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 74 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを75段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 75 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerating material impact reduction material with compressed air to drive 1 to 12 turbine diameters 3 times on opposite all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンの76段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length geothermal power generator 76 stage structure + storage battery drive various automobile prime + increase sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンの77段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14-fold same-diameter, approximately-identical, same-length geothermal power turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンの78段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 78 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンの79段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposed metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16-fold same-diameter, substantially-identical, same-length geothermal power generator ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンの80段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine 80 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large-material impact reduction material with compressed air and drive 1 to 12 turbines 4 times in diameter with opposed all-blade turbine horizontal shaft (16A) + various energy to provide geothermal air heater (2z) in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを81段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure provided in 81 stages + to make full use of battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを82段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 82 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを83段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 83 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを84段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter and approximately the same shape and the same length geothermal power generation turbine provided in 84 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを85段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 22 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 85 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates to 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを86段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 86 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを87段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 87 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを88段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 88 stages + factory electrification prime + increasing sphere ascent device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを89段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with double the same diameter and the same shape and the same length geothermal power generation turbine installed in 89 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを90段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 90 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを91段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 91 stages + battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを92段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposed metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 5 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 92 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを93段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 93 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを94段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 94 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを95段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure with 95 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reducing material Compressed air accelerates the turbine diameter of 1 to 12 turbines to 3 times the turbine diameter on the opposed all blade turbine Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを96段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 96 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを97段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 97 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを98段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 98 stages + full electrification house prime + increase sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを99段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 99 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを100段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 100 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large-material impact reduction material with compressed air and drive 1 to 12 turbines 4 times in diameter with opposed all-blade turbine horizontal shaft (16A) + various energy to provide geothermal air heater (2z) in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンの101段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape and the same length geothermal power generation turbine 101 stage structure + storage battery drive various automobile prime + increase sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンの102段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine 102 stage structure + storage battery driven various vehicles prime + increasing sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンの103段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter and approximately the same shape and length of geothermal power generation ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンの104段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine 104 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンの105段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine 105 stage structure + storage battery driven various vehicles prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reducing material with compressed air and drive 1 to 12 turbines 5 times in diameter with opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) provided in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを106段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 106 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを107段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 107 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを108段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 108 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを109段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 109 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを110段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 110 stages + make full use of battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and doubles the turbine diameter of 1-12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを111段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 24 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 111 stages + factory electrification prime + increase sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを112段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 112 stages The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを113段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double the same diameter and the same shape and the same length geothermal power generation turbine installed in 113 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを114段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 114 stages + Factory electrification prime + Increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを115段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 115 stages + factory electrification prime + increasing sphere rising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 3 times the diameter of the opposed turbine blade horizontal axis (16A) + geothermal air heater (2z) in the drilling hole Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを116段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 5 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを117段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) with 6 times the same diameter, approximately the same shape and the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを118段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 118 stages + storage battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを119段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposed metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを120段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 120 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and the turbine diameter of 1 to 12 turbines is 4 times the turbine diameter 4 times on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを1段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine installed in one stage ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを2段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter and approximately the same shape and length of geothermal turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを3段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is provided in 3 stages + Fully electrified house prime + Increase ball riser (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを4段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is provided in 4 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを5段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbines are provided in 5 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reducing material with compressed air and drive 1 to 12 turbines 5 times in diameter with opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) provided in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンの6段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンの7段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 7-stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンの8段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 17-fold same-diameter, approximately-identical, same-length geothermal power turbine 8-stage structure + storage battery-powered car priming + increasing sphere lift device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンの9段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18-fold same-diameter, substantially-identical, same-length geothermal power generation turbine 9-stage structure + storage battery-powered vehicle priming ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンの10段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19-fold structure with the same diameter and shape of the same length and geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを11段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 11 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを12段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 12 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを13段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 13 stages + battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを14段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 14 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを15段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 15 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reducing material Compressed air accelerates the turbine diameter of 1 to 12 turbines to 3 times the turbine diameter of opposed turbine blades (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを16段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine installed in 16 stages + factory electrification prime-up + sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを17段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with twice the same diameter, approximately the same shape, the same length geothermal power generation turbine installed in 17 stages The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを18段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 18 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを19段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 19 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを20段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 5 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 20 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 4 times the diameter with opposed horizontal blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを21段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 6 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 21 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを22段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 22 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを23段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 23 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを24段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 24 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを25段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 25 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates to 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを26段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 26 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを27段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 27 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを28段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 28 stages + Fully electrified house prime + Increase sphere rising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを29段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 29 stages + full electrification house prime + increase sphere rising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを30段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 30 stages + full electrification house prime + increase sphere rising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンの31段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 16-times same-diameter, approximately-identical, same-length geothermal power turbine 31-stage structure + storage battery-powered car priming + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンの32段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 32-stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンの33段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine 33-stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンの34段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19-fold same-diameter approximately the same shape and the same length geothermal power generation turbine 34 stage structure + storage battery drive various cars prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンの35段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerating material impact reduction material with compressed air to drive 1 to 12 turbine diameters 3 times on opposite all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを36段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter and approximately the same shape and the same length geothermal power generation turbines in 36 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを37段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 37 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを38段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 38 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを39段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 39 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを40段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 40 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and the turbine diameter of 1 to 12 turbines is 4 times the turbine diameter 4 times on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを41段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with twice the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 41 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを42段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 3 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 42 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを43段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 43 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを44段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 44 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを45段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 45 stages + factory electrification prime + increase sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 5 times the diameter with opposed all-blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを46段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 46 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを47段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 47 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを48段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure provided in 48 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを49段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure provided in 49 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを50段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter and the same shape and the same length geothermal power generation turbine structure in 50 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and doubles the turbine diameter of 1-12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを51段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 51 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを52段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 52 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを53段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 53 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを54段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 54 stages + full electrification house prime + increase sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを55段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 55 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerating material impact reduction material with compressed air to drive 1 to 12 turbine diameters 3 times on opposite all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンの56段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length, geothermal power generator ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンの57段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power turbine 57 stage structure + storage battery drive various automobile prime + increase sphere lift device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンの58段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power turbine 58 stage structure + storage battery drive various automobile prime + increasing sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンの59段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter approximately the same shape and the same length geothermal turbine 59-stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンの60段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large-material impact reduction material with compressed air and drive 1 to 12 turbines 4 times in diameter with opposed all-blade turbine horizontal shaft (16A) + various energy to provide geothermal air heater (2z) in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンの61段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 61 times structure of the same diameter approximately the same shape and the same length geothermal power generation turbine + storage battery drive prime + metal with increasing sphere lift (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) To drive 5 times the turbine diameter of 1 to 12 units + various energy storage cycle coalescing engines provided with geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンの62段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 62-stage structure + storage battery drive prime + metal with increasing sphere lift (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drives twice the turbine diameter of 1-12 turbines + Various energy storage cycle coalescing engine with geothermal air heater (2z) installed in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンの63段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 24 times the same diameter and approximately the same shape and length of geothermal power generation turbine 63 stage structure + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drive 1 to 12 turbine diameters 3 times + Geothermal air heater (2z) in various boring machine drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンの64段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine with 64-stage structure + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drives 4 times the turbine diameter of 1 to 12 units + various energy storage cycle coalescing engines provided with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンの65段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 65 times structure of the same diameter and approximately the same shape geothermal power generation turbine with double diameter + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact reduction materials are stored and stored. + Compressed heat recovery from geothermal heating air by compressing air heated by geothermal heat + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact Reduced material is compressed air accelerated to drive 1 to 12 turbines 5 times the diameter of the opposed full blade turbine horizontal axis (16A) + Geothermal air heater (2z) is installed in the drilling hole of various energy conservation cycles organ.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンの66段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is made of 66-stage structure of 3 times the same diameter and approximately the same shape and length of geothermal power generation turbine + storage battery driven prime Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drives twice the turbine diameter of 1-12 turbines + Various energy storage cycle coalescing engine with geothermal air heater (2z) installed in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンの67段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 4 times the same diameter and approximately the same shape and the same length of geothermal power generation turbine 67 stage structure + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drive 1 to 12 turbine diameters 3 times + Geothermal air heater (2z) in various boring machine drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの68段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 68 times structure of the same diameter and approximately the same shape and the same length of geothermal power generation turbine + battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drives 4 times the turbine diameter of 1 to 12 units + various energy storage cycle coalescing engines provided with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの69段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関.
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape and the same length geothermal power generator 69-stage structure + storage battery drive prime + metal increase with ball riser (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drives 5 times the turbine diameter of 1 to 12 turbines + Various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの70段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 70 times structure of the same diameter approximately the same shape and the same length geothermal power generation turbine + storage battery drive prime + metal with increasing sphere lift (2F) Sphere liquid metal and specific material impact reduction materials are stored and stored. + Compressed heat recovery from geothermal heating air by compressing air heated by geothermal heat + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact Reduced material is accelerated by compressed air to drive 1 to 12 turbine diameters twice on the opposed horizontal blade turbine horizontal axis (16A) + Geothermal air heater (2z) is installed in the drilling hole for various energy conservation cycles organ.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを71段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) Eight times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 71 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを72段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 72 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを73段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 73 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを74段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 74 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを75段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 75 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Metal and specific material impact reducing materials are accelerated with compressed air, and 1 to 12 turbine diameters are driven by opposed horizontal blade turbine horizontal axis (16A) + geothermal air heater (2z) is drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを76段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 76 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを77段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 77 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを78段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 78 stages + storage battery powered various ships prime + increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを79段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 79 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを80段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 80 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを81段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length Geothermal power turbine structure in 81 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを82段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 82 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを83段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 83 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを84段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 21 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 84 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを85段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 85 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを86段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length Geothermal power turbine structure in 86 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを87段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length geothermal power generation turbine installed in 87 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを88段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 88 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを89段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with double the same diameter and the same shape and the same length of geothermal power generation turbine in 89 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを90段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure provided in 90 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを91段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbines are installed in 91 stages + storage battery powered various ships prime + increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを92段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposed metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 92 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを93段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power turbine structure in 93 stages + storage battery powered various ships prime + increasing sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを94段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 94 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを95段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを96段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Metal and specific material impact reducing materials are accelerated with compressed air to drive 4 times the turbine diameter of 1 to 12 turbines with opposed all-blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを97段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 97 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Accelerate compressed air with metal and specific material impact reduction material to drive 1 to 12 turbines 5 times the diameter of opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを98段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 11 times the same diameter and the same shape and the same length geothermal power generation turbine provided in 98 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Accelerate compressed air with metal and specific material impact reduction material, drive 1 to 12 turbine diameters double by opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを99段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 99 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Metal and specific material impact reducing materials are accelerated with compressed air, and 1 to 12 turbine diameters are driven by opposed horizontal blade turbine horizontal axis (16A) + geothermal air heater (2z) is drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを100段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 100 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Metal and specific material impact reducing materials are accelerated with compressed air to drive 4 times the turbine diameter of 1 to 12 turbines with opposed all-blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを101段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径5倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 101 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines equipped with generators and heat pumps with multi-stages of 5 times the diameter of the same-shaped fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを102段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径2倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal spheres Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines equipped with generators and heat pumps in multiple stages, etc., having twice the diameter of the same fitting bolt assembly turbine diameter.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを103段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 103 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Combined engine of various energy conservation cycles with generators and heat pumps in the same shape with a bolt bolt assembly turbine diameter three times larger.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを104段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径4倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 104 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines equipped with generators and heat pumps with multi-stages of 4 times the diameter of the same type of bolt bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを105段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径5倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape and the same length Geothermal power generation structure with 105 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines equipped with generators and heat pumps with multi-stages of 5 times the diameter of the same-shaped fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを106段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 106 stages + to make full use of storage battery drive, electric drive and heat utilization + Collecting geothermal heat with a geothermal air heater (2z) + Raising the head as much as possible with a pumping device (1J) + Ascending and preserving the metal ball liquid metal and the material for reducing the impact of specific serious substances with the increasing ball rising device (2F) + geothermal heat Compressed heating air to heat the geothermal heated air + Compressed heat recovery + Compressed heat recovery from the cold turbine exhaust + Drives twice the turbine diameter of 1 to 12 turbines with the opposed all blade turbine horizontal axis (16A) + Geothermal air Various energy conservation cycle coalescing engines with heaters (2z) in boreholes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを107段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 107 stages + storage battery drive, electric drive, and warm use prime + Collecting geothermal heat with a geothermal air heater (2z) + Raising the head as much as possible with a pumping device (1J) + Ascending and preserving the metal ball liquid metal and the material for reducing the impact of specific serious substances with the increasing ball rising device (2F) Compressed heating air and heated geothermal heated air + compressed heat recovery + cold turbine exhaust compressed heat recovery + opposed turbine blade horizontal axis (16A) driven 1 to 12 turbine diameters 3 times + geothermal air Various energy conservation cycle coalescing engines with heaters (2z) in boreholes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを108段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 108 stages Collecting geothermal heat with a geothermal air heater (2z) + Raising the head as much as possible with a pumping device (1J) + Ascending and preserving the metal ball liquid metal and the material for reducing the impact of specific serious substances with the increasing ball rising device (2F) + geothermal heat Compressed heating air to heat the geothermal heated air Compressed heat recovery + Compressed heat recovery from the cold turbine exhaust + Drives 4 times the turbine diameter of 1 to 12 turbines with the opposed all blade turbine horizontal axis (16A) + Geothermal air Various energy conservation cycle coalescing engines with heaters (2z) in boreholes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを109段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 109 stages Collecting geothermal heat with a geothermal air heater (2z) + Raising the head as much as possible with a pumping device (1J) + Ascending and preserving the metal ball liquid metal and the material for reducing the impact of specific serious substances with the increasing ball rising device (2F) + geothermal heat Compressed heating air and heated geothermal heated air heated compressed heat recovery + chilled turbine exhaust compressed heat recovered + opposed turbine blades horizontal axis (16A) driven 1 to 12 turbine diameters 5 times + geothermal air Various energy conservation cycle coalescing engines with heaters (2z) in boreholes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを110段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 110 stages + make full use of battery drive, electric drive, and heat utilization + Collecting geothermal heat with a geothermal air heater (2z) + Raising the head as much as possible with a pumping device (1J) + Ascending and preserving the metal ball liquid metal and the material for reducing the impact of specific serious substances with the increasing ball rising device (2F) Compressing the heated air to heat the geothermal heated air + Compressed heat recovery + Compressed heat recovery from the cold turbine exhaust + Metal spheres Liquid metal and specific material impact reduction material Compressed air accelerating opposed horizontal blade turbine horizontal axis ( 16A) Drives 1 to 12 turbine diameters twice + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを111段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation structure with 111 stages + make full use of battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを112段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter approximately the same shape and the same length geothermal power generation structure with 112 stages + battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを113段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter and the same shape and the same length of geothermal power generation turbine in 113 stages + storage battery drive, electric drive and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを114段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine structure in 114 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを115段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 115 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reducing material Compressed air accelerates the turbine diameter of 1 to 12 turbines to 3 times the turbine diameter of opposed turbine blades (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを116段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold and cold turbine core geothermal turbine blade cross section (4X) with 5 times the same diameter and approximately the same shape and length of geothermal power generation turbine provided in 116 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを117段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 117 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを118段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 118 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを多119段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple 119 stages + factory electrification primed ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを120段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 120 stages + factory electrification prime + increasing sphere lift (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 4 times the diameter with opposed horizontal blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを1段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを2段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter, approximately the same shape and the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを3段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 3 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを4段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 4 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを5段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates to 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを6段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 6 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを7段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 7 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを8段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbines are provided in 8 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを9段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 9 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを10段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 10 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンの11段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter and approximately the same shape and length of geothermal power turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンの12段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 12-fold structure of geothermal power turbine with the same diameter and the same shape and length of 21 times ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンの13段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times structure of geothermal power generation turbine with the same diameter approximately the same shape and length of 22 times + storage battery driven various vehicles prime + increase sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンの14段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンの15段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerating material impact reduction material with compressed air to drive 1 to 12 turbine diameters 3 times on opposite all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを16段に設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 25 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 16 stages + storage battery drive prime + increase sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを17段に設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) having a structure of 17 geothermal power generation turbines with the same diameter and the same shape with the same diameter doubled + storage battery drive prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを18段に設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを19段に設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを20段に設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large-material impact reduction material with compressed air and drive 1 to 12 turbines 4 times in diameter with opposed all-blade turbine horizontal shaft (16A) + various energy to provide geothermal air heater (2z) in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを21段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 21 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを22段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 22 stages + Factory electrification prime + Increase ball riser (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを23段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 23 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを24段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 24 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを25段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 25 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 5 times the diameter with opposed all-blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを26段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 26 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを27段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 27 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを28段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 28 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを29段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 29 stages + storage battery drive, electric drive, and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを30段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 30 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and doubles the turbine diameter of 1-12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを31段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine provided in 31 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを32段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 32 stages + full electrification house prime + increase sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを33段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 33 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを34段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 34 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを35段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 35 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerating material impact reduction material with compressed air to drive 1 to 12 turbine diameters 3 times on opposite all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンの36段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter and approximately the same shape and length of geothermal power turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンの37段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 22 times the same diameter and approximately the same shape and length of geothermal turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンの38段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 38 times structure of the same diameter approximately the same shape and the same length geothermal power generation turbine 23 times + storage battery drive various automobile prime ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンの39段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal turbine 39-stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンの40段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 40 times structure of geothermal power generation turbine with the same diameter and the same shape and length of 25 times ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large-material impact reduction material with compressed air and drive 1 to 12 turbines 4 times in diameter with opposed all-blade turbine horizontal shaft (16A) + various energy to provide geothermal air heater (2z) in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを41段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter and the same shape and the same length of geothermal power generation turbine with 41 stages + structure battery drive, electric drive and heat utilization Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを42段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 42 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを43段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 43 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを44段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 5 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 44 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを45段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 6 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 45 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates to 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを46段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 46 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを47段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 47 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを48段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 48 stages + Factory electrification prime + Increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを49段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 10 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 49 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを50段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 50 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを51段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 51 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを52段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 52 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを53段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 53 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを54段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 54 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを55段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 55 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reducing material Compressed air accelerates the turbine diameter of 1 to 12 turbines to 3 times the turbine diameter of opposed turbine blades (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを56段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 56 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを57段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 57 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを58段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 58 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを59段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided 59 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを60段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 60 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large-material impact reduction material with compressed air and drive 1 to 12 turbines 4 times in diameter with opposed all-blade turbine horizontal shaft (16A) + various energy to provide geothermal air heater (2z) in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンの61段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 61-stage structure of 22 times the same diameter and the same shape and the same length of geothermal power generator ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンの62段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter approximately the same shape and the same length geothermal turbine 62 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンの63段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length, geothermal power generator ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンの64段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 64-stage structure + battery-powered various automobile prime ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンの65段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 65-stage structure of geothermal power generation turbine with the same diameter and approximately the same shape and length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reducing material with compressed air and drive 1 to 12 turbines 5 times in diameter with opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) provided in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを66段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 66 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを67段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 67 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを68段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 68 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを69段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 6 times the same diameter and approximately the same shape and length of geothermal power generation turbine installed in 69 stages + to make full use of battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを70段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 70 times the same diameter and the same shape and the same length geothermal power generation turbine + storage battery drive, electric drive, and heat utilization Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and doubles the turbine diameter of 1-12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを71段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 71 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを72段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 72 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを73段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 73 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを74段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 74 stages The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを75段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 75 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 3 times the diameter of the opposed turbine blade horizontal axis (16A) + geothermal air heater (2z) in the drilling hole Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを76段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 76 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを77段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 14 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine in 77 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを78段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 78 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを79段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 79 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを80段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 80 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and the turbine diameter of 1 to 12 turbines is 4 times the turbine diameter 4 times on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを81段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 81 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを82段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 82 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを83段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 83 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを84段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 21 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided 84 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを85段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 85 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reducing material with compressed air and drive 1 to 12 turbines 5 times in diameter with opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) provided in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンの86段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine 86 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンの87段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter and approximately the same shape and the same length geothermal power generation turbine 87 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンの88段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 88 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンの89段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double diameter of approximately the same shape and length of geothermal turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンの90段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade section (4X) 90 times structure of geothermal power generation turbine with the same diameter and the same shape and length ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを91段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 91 stages + battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを92段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposed metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 5 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 92 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを93段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 93 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを94段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 94 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを95段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure with 95 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reducing material Compressed air accelerates the turbine diameter of 1 to 12 turbines to 3 times the turbine diameter on the opposed all blade turbine Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを96段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposed metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 9 times the same diameter approximately the same shape and the same length geothermal power generation turbine installed in 96 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを97段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 97 stages + Factory electrification prime + Increase ball riser (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを98段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 98 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを99段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold and cold turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 99 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを100段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 100 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 4 times the diameter with opposed horizontal blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを101段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 101 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを102段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 102 stages + make full use of storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを103段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 103 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを104段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 104 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを105段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 105 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates to 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを106段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 106 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを107段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 107 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを108段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter and the same shape and the same length geothermal power generation turbine installed in 108 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを109段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided 109 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを110段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 110 stages + full electrified house prime + increasing sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンの111段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generator 111-stage structure + storage battery drive various vehicles prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンの112段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter and approximately the same shape and the same length of geothermal turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンの113段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double diameter and same shape and length of geothermal turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンの114段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length, geothermal power generation ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shaft (16A) driving 1 to 12 turbine diameters double + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンの115段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 115 times structure of the same diameter, approximately the same shape and the same length, geothermal power generation turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerating material impact reduction material with compressed air to drive 1 to 12 turbine diameters 3 times on opposite all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを116段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 5 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを117段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) with 6 times the same diameter, approximately the same shape and the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを118段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 118 stages + storage battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを119段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposed metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを120段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 120 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and the turbine diameter of 1 to 12 turbines is 4 times the turbine diameter 4 times on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを1段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine installed in one stage + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを2段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter and approximately the same shape and the same length geothermal power generation turbine installed in 2 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを3段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 3 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを4段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine is installed in 4 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを5段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 5 stages + factory electrification prime + increasing sphere raising device The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 5 times the diameter with opposed all-blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを6段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを7段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 7 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを8段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 8 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを9段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 9 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを10段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and doubles the turbine diameter of 1-12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを11段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 20 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 11 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを12段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbines are arranged in 12 stages. ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを13段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power turbines are provided in 13 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines in which shafts (16A) drive 1 to 12 turbines 5 times in diameter + geothermal air heaters (2z) are provided in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを14段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 14 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを15段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided 15 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerating material impact reduction material with compressed air to drive 1 to 12 turbine diameters 3 times on opposite all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンの16段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンの17段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 17-stage structure of geothermal power generation turbine with the same diameter and the same shape and length ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンの18段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length, geothermal power generation ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンの19段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length, geothermal power generation ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの20段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large-material impact reduction material with compressed air and drive 1 to 12 turbines 4 times in diameter with opposed all-blade turbine horizontal shaft (16A) + various energy to provide geothermal air heater (2z) in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを21段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 6 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 21 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを22段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 22 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを23段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 23 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを24段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 24 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを25段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 25 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates to 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを26段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 26 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを27段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 27 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを28段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided 28 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを29段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 29 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを30段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 15 times the same diameter approximately the same shape and the same length geothermal power turbine provided in 30 stages + factory electrification prime + increase sphere rising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを31段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 31 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを32段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided structure in 32 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを33段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 33 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを34段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 34 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを35段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 35 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reducing material Compressed air accelerates the turbine diameter of 1 to 12 turbines to 3 times the turbine diameter of opposed turbine blades (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを36段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter and approximately the same shape and the same length geothermal power turbine installed in 36 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compressing the air heated by geothermal heat and heating the geothermal heated air + recovering the compressed heat recovery from the cold turbine exhaust + horizontally facing the opposed rotor blades horizontally Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを37段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 37 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを38段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 38 stages + full electrification house prime + increase sphere rising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを39段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 39 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを40段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter and approximately the same shape and length of geothermal turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large-material impact reduction material with compressed air and drive 1 to 12 turbines 4 times in diameter with opposed all-blade turbine horizontal shaft (16A) + various energy to provide geothermal air heater (2z) in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンの41段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 41 stage structure of geothermal power generation turbine with the same diameter and the same shape and length ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンの42段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 42 times structure of geothermal power generation turbine with the same diameter and approximately the same shape and the same length ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンの43段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 43 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの44段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter approximately the same shape and the same length geothermal power generation turbine 44 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの45段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length, geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reducing material with compressed air and drive 1 to 12 turbines 5 times in diameter with opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) provided in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを46段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 46 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを47段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 47 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを48段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure provided in 48 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを49段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure provided in 49 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを50段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter and the same shape and the same length geothermal power generation turbine structure in 50 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and doubles the turbine diameter of 1-12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを51段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 51 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを52段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 52 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを53段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 53 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを54段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 54 stages + Factory electrification prime + Increase ball riser (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを55段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 55 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 3 times the diameter of the opposed turbine blade horizontal axis (16A) + geothermal air heater (2z) in the drilling hole Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを56段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 56 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを57段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 57 stages + storage battery drive, electric drive and heat application prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを58段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 58 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを59段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 59 stages + storage battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを60段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 60 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and the turbine diameter of 1 to 12 turbines is 4 times the turbine diameter 4 times on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを61段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 61 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを62段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 62 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを63段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided 63 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを64段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter and approximately the same shape and length of geothermal turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを65段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double the same diameter and the same shape and the same length geothermal power generation turbine installed in 65 stages + full electrified house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reducing material with compressed air and drive 1 to 12 turbines 5 times in diameter with opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) provided in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンの66段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 66-stage structure + storage battery driven various vehicles ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンの67段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 67 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンの68段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 68-fold structure of geothermal power generation turbine with the same diameter and the same shape and length ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの69段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 69 stage structure + storage battery drive various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines in which shafts (16A) drive 1 to 12 turbines 5 times in diameter + geothermal air heaters (2z) are provided in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの70段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 70 times structure of the same diameter and the same shape and the same length geothermal power generation turbine of 7 times + accelerating battery driving various automobiles ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの71段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 8 times the same diameter and approximately the same shape and the same length geothermal power generation turbine 71 stage structure + storage battery drive prime + metal increase sphere riser (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drive 1 to 12 turbine diameters 3 times + Geothermal air heater (2z) in various boring machine drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの72段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 9 times the same diameter and approximately the same shape and length of geothermal power generation turbine 72-stage structure + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drives 4 times the turbine diameter of 1 to 12 units + various energy storage cycle coalescing engines provided with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンの73段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter and approximately the same shape and the same length geothermal power generation turbine 73 stage structure + storage battery drive prime + metal increase sphere lifting device (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) To drive 5 times the turbine diameter of 1 to 12 units + various energy storage cycle coalescing engines provided with geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンの74段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter approximately the same shape and the same length geothermal power generation turbine 74 stage structure + storage battery drive prime + metal increase sphere lifting device (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drives twice the turbine diameter of 1-12 turbines + Various energy storage cycle coalescing engine with geothermal air heater (2z) installed in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンの75段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 75 stage structure + storage battery drive prime + metal increase sphere lifting device (2F) Sphere liquid metal and specific material impact reduction materials are stored and stored. + Compressed heat recovery from geothermal heating air by compressing air heated by geothermal heat + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact Reduced material is compressed air accelerated to drive 1 to 12 turbines 3 times the diameter of the opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) is installed in the drilling hole of various energy conservation cycles organ.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンの76段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 13 times the same diameter and approximately the same shape and the same length of geothermal power generation turbine 76-stage structure + battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drives 4 times the turbine diameter of 1 to 12 units + various energy storage cycle coalescing engines provided with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンの77段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 14 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine with 77 stage structure + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drives 5 times the turbine diameter of 1 to 12 units + various energy storage cycle coalescing engines provided with geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンの78段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 15 times the same diameter and approximately the same shape and length of geothermal power generation turbine 78 stage structure + storage battery drive prime + metal with increasing sphere raising device (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drives twice the turbine diameter of 1 to 12 units + various energy storage cycle coalescing engines provided with a geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンの79段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) is 16 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine 79 stage structure + storage battery drive prime + metal increase sphere riser (2F) Sphere liquid metal and specific material impact-reducing material ascending and storing + compressing the air heated by geothermal heat and heating the geothermal heating air + heat recovery from the cold turbine exhaust + compression heat recovery from the opposed turbine blade horizontal axis (16A ) Drive 1 to 12 turbine diameters 3 times + Geothermal air heater (2z) in various boring machine drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンの80段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 17 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 80 stage structure + storage battery drive prime + metal in the increasing sphere lift (2F) Sphere liquid metal and specific material impact reduction materials are stored and stored. + Compressed heat recovery from geothermal heating air by compressing air heated by geothermal heat + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact Reduced material is compressed air accelerated to drive 1 to 12 turbines 4 times in diameter with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) is installed in drilling hole for various energy conservation cycles organ.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを81段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length Geothermal power turbine structure in 81 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを82段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 82 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを83段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 83 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを84段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 21 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 84 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを85段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 85 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Accelerate compressed air with metal and specific material impact reduction material to drive 1 to 12 turbines 5 times the diameter of opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを86段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length Geothermal power turbine structure in 86 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを87段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length geothermal power generation turbine installed in 87 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを88段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 88 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを89段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with double the same diameter and the same shape and the same length of geothermal power generation turbine in 89 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを90段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure provided in 90 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを91段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbines are installed in 91 stages + storage battery powered various ships prime + increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを92段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposed metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 92 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを93段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power turbine structure in 93 stages + storage battery powered various ships prime + increasing sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを94段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 94 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを95段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを96段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを97段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 97 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを98段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 11 times the same diameter and the same shape and the same length geothermal power generation turbine provided in 98 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを99段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 99 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを100段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 100 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを101段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 101 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを102段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal spheres Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを103段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 103 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engines that drive 1 to 12 turbine diameters 3 times on the blade turbine horizontal axis (16A) + geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを104段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 104 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを105段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape and the same length Geothermal power generation structure with 105 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat and heats the heated geothermal air + recovers compressed heat from the chilled turbine exhaust + collects opposite movement Various energy storage cycle coalescing engine with 1 to 12 turbine diameters driven by blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを106段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 106 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Accelerate compressed air with metal and specific material impact reduction material, drive 1 to 12 turbine diameters double by opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを107段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 107 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Metal and specific material impact reducing materials are accelerated with compressed air, and 1 to 12 turbine diameters are driven by opposed horizontal blade turbine horizontal axis (16A) + geothermal air heater (2z) is drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを108段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 21 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 108 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Metal and specific material impact reducing materials are accelerated with compressed air to drive 4 times the turbine diameter of 1 to 12 turbines with opposed all-blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを109段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape and the same length Geothermal power generation structure with 109 stages The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Accelerate compressed air with metal and specific material impact reduction material to drive 1 to 12 turbines 5 times the diameter of opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを110段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter and approximately the same shape and the same length geothermal power generation The device (2F) saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the metal sphere liquid Accelerate compressed air with metal and specific material impact reduction material, drive 1 to 12 turbine diameters double by opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) as drilling hole Various energy conservation cycle coalescence engines to be provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを111段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 111 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Combined engine of various energy conservation cycles with generators and heat pumps in the same shape with a bolt bolt assembly turbine diameter three times larger.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを112段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径4倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape and the same length Geothermal power generation structure with 112 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines equipped with generators and heat pumps with multi-stages of 4 times the diameter of the same type of bolt bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを113段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径5倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with the same diameter and the same shape and the same length of geothermal power generation turbines in 113 stages + The storage battery-powered various ships prime + Increase sphere rise The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines equipped with generators and heat pumps with multi-stages of 5 times the diameter of the same-shaped fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを114段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径2倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length Geothermal power generation turbines provided in 114 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Various energy storage cycle coalescing engines equipped with generators and heat pumps in multiple stages, etc., having twice the diameter of the same fitting bolt assembly turbine diameter.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを115段に設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbines equipped with 115 stages The device (2F) stores and saves the metal sphere liquid metal and the material that reduces the impact of specific significant substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects the heat from the cold turbine exhaust, collects compressed heat Combined engine of various energy conservation cycles with generators and heat pumps in the same shape with a bolt bolt assembly turbine diameter three times larger.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを116段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 5 times the same diameter, approximately the same shape, the same length geothermal power generation Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heating air is compressed and heat recovery is recovered + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Geothermal air heater (2z) Various energy storage cycle coalescence engine provided in the drilling machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを117段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) with 6 times the same diameter, approximately the same shape and the same length geothermal power generation Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heating air is compressed by heat compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 5 times + geothermal air heater (2z) Various energy storage cycle coalescence engine provided in the drilling machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを118段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 118 stages + storage battery drive, electric drive, and warm use + Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heated air is compressed and heat is recovered. + Cold turbine exhaust is compressed and heat is recovered. + Opposite all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Geothermal air heater (2z) Various energy storage cycle coalescence engine provided in the drilling machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを119段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposed metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) + Heating air heated with geothermal heat Compressed geothermal heating air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 3 times + Geothermal air heater (2z) Various energy storage cycle coalescence engine provided in the drilling machine drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを120段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 120 stages + make full use of storage battery drive, electric drive and heat utilization + Collecting geothermal heat with a geothermal air heater (2z) + Increasing the head with an increasing sphere rising device + Increasing and storing the metal sphere liquid metal and specific material impact reducing material with the increasing sphere rising device (2F) Compressed geothermal heating air to compress compressed heat recovery + chilled turbine exhaust to compress heat recovery + metal sphere liquid metal and specific material impact reducing material compressed air accelerated 1 to the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines that drive 12 turbine diameters 4 times + geothermal air heaters (2z) in the drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを1段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを2段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter, approximately the same shape and the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを3段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 3 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを4段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 4 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを5段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates to 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを6段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 6 stages + Factory electrification prime + Increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを7段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length geothermal power turbines are installed in 7 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを8段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 8 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを9段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 9 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを10段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power turbine is installed in 10 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを11段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 11 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを12段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 12 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを13段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 13 stages + battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを14段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 14 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを15段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 15 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reducing material Compressed air accelerates the turbine diameter of 1 to 12 turbines to 3 times the turbine diameter of opposed turbine blades (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを16段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 16 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを17段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double the same diameter, approximately the same shape and the same length geothermal power generation turbine in 17 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを18段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 18 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを19段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 19 stages + Fully electrified house prime + Increase sphere rising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを20段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length geothermal power generation turbines are installed in 20 stages + full electrified house prime + increasing sphere rising device ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large-material impact reduction material with compressed air and drive 1 to 12 turbines 4 times in diameter with opposed all-blade turbine horizontal shaft (16A) + various energy to provide geothermal air heater (2z) in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンの21段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 6 times the same diameter approximately the same shape and the same length geothermal power generation turbine 21 stage structure + storage battery drive various automobile prime + increase sphere lift device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの22段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 22 stage structure + storage battery drive various automobile prime + increase sphere lift device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの23段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの24段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter approximately the same shape and the same length geothermal power generation turbine 24-stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンの25段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reducing material with compressed air and drive 1 to 12 turbines 5 times in diameter with opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) provided in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを26段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 26 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを27段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 27 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを28段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 28 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを29段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 29 stages + storage battery drive, electric drive, and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを30段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 15 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 30 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and doubles the turbine diameter of 1-12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを31段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape, the same length geothermal power generation turbine installed in 31 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを32段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 32 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを33段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 33 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを34段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 34 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを35段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 35 stages + Factory electrification prime + Increase ball riser (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 3 times the diameter of the opposed turbine blade horizontal axis (16A) + geothermal air heater (2z) in the drilling hole Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを36段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter and approximately the same shape and the same length geothermal power generation turbines in 36 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを37段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 37 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを38段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 38 stages + accelerating storage battery drive, electric drive, and use of heat + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを39段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 39 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを40段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 40 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and the turbine diameter of 1 to 12 turbines is 4 times the turbine diameter 4 times on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを41段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with double the same diameter and the same shape and the same length geothermal power generation turbine installed in 41 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを42段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter and approximately the same shape and the same length geothermal power generation turbine provided in 42 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを43段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 43 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを44段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) with 5 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 44 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを45段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is provided in 45 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reducing material with compressed air and drive 1 to 12 turbines 5 times in diameter with opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) provided in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンの46段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 7 times the same diameter approximately the same shape and the same length geothermal power generation turbine 46-stage structure + storage battery drive various vehicles prime + increase sphere lift device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの47段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 47 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの48段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length, geothermal power generator ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンの49段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length, geothermal power generation ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンの50段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter approximately the same shape and the same length geothermal power turbine 50 stage structure + storage battery drive various automobile prime + increase sphere lift device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを51段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 51 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを52段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 52 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを53段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 53 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを54段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 54 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを55段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 55 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and drives 1 to 12 turbine diameters 3 with opposed all blade turbine horizontal axis (16A) + Various energy storage cycle coalescing engines with geothermal air heaters (2z) installed in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを56段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 56 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを57段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 57 stages + factory electrification prime + increasing sphere ascending device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを58段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 58 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを59段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 20 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 59 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを60段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter approximately the same shape and the same length geothermal power generation turbine installed in 60 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 4 times the diameter with opposed horizontal blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを61段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure 61 + storage battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを62段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 62 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを63段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure 63 + storage battery drive, electric drive and heat utilization prime Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを64段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter and approximately the same shape and length of geothermal power generation turbine structure in 64 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを65段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter and approximately the same shape and the same length geothermal power generation turbines in 65 stages + Storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates to 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを66段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 66 stages + full electrification house prime + increase sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを67段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 67 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを68段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 5 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 68 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを69段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 6 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 69 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを70段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine is installed in 70 stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンの71段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) Eight times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 71 stage structure + storage battery driven various vehicles prime ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの72段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter approximately the same shape and the same length geothermal power generation turbine 72 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンの73段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 73 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンの74段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter approximately the same shape and the same length geothermal turbine 74 stage structure + storage battery drive various automobiles prime ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンの75段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 75 stage structure + battery-powered car priming + increasing sphere lifting device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerating material impact reduction material with compressed air to drive 1 to 12 turbine diameters 3 times on opposite all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンを76段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 13 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 76 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを77段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 14 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine in 77 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを78段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 78 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを79段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 79 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを80段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 80 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and the turbine diameter of 1 to 12 turbines is 4 times the turbine diameter 4 times on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを81段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 81 stages + factory electrification prime + increasing sphere ascending device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを82段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 82 stages + factory electrification prime-up + sphere rising device (2F) The metal sphere liquid metal and the material for reducing the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを83段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine installed in 83 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを84段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 84 stages + factory electrification prime-up + sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを85段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 22 times the same diameter and approximately the same shape and the same length geothermal power generation turbine installed in 85 stages + factory electrification prime + increasing sphere raising device (2F) Saves and increases the impact of materials that reduce the impact of metal spheres and liquid metals on the earth + compresses the air heated by geothermal heat and compresses the heat of the geothermal heating + compresses heat recovery of the cold turbine exhaust + recovers the heat of compression from the metal sphere liquid metal + Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 5 times the diameter with opposed all-blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを86段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 23 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 86 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air and compress geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを87段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 87 stages + storage battery drive, electric drive and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 3 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを88段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 88 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを89段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter and the same shape and the same length geothermal power generation turbine with 89 stages + structure battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを90段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 90 stages + to make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and doubles the turbine diameter of 1-12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを91段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine Core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 91 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを92段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 92 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを93段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 93 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを94段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 94 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを95段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 95 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerating material impact reduction material with compressed air to drive 1 to 12 turbine diameters 3 times on opposite all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンの96段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter approximately the same shape and the same length geothermal power generator 96 stage structure + storage battery drive various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンの97段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length, geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compressing the air heated by geothermal heat and heating the geothermal heated air + recovering the compressed heat recovery from the cold turbine exhaust + horizontally facing the opposed rotor blades horizontally Various energy storage cycle coalescing engines in which shafts (16A) drive 1 to 12 turbines 5 times in diameter + geothermal air heaters (2z) are provided in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンの98段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 11 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 98 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンの99段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 99 times structure of the same diameter and approximately the same shape and the same length geothermal power generation turbine to make the prime of various automobiles driven by storage batteries ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンの100段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter approximately the same shape and the same length geothermal power turbine 100 stage structure + storage battery drive various automobile prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large-material impact reduction material with compressed air and drive 1 to 12 turbines 4 times in diameter with opposed all-blade turbine horizontal shaft (16A) + various energy to provide geothermal air heater (2z) in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンを101段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 101 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを102段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 15 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 102 stages + make full use of storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを103段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 103 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを104段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure in 104 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを105段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 105 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates to 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを106段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 106 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを107段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 107 stages + factory electrification prime + increasing sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを108段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter and approximately the same shape and length of geothermal power generation turbine installed in 108 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを109段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine Core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in 109 stages + Factory electrification prime + Increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを110段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 110 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを111段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation structure with 111 stages + make full use of battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを112段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter approximately the same shape and the same length geothermal power generation structure with 112 stages + battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを113段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter and the same shape and the same length of geothermal power generation turbine in 113 stages + storage battery drive, electric drive and hot energy use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを114段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine structure in 114 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを115段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length Geothermal power generation structure with 115 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reducing material Compressed air accelerates the turbine diameter of 1 to 12 turbines to 3 times the turbine diameter of opposed turbine blades (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを116段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 5 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 116 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを117段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 6 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 117 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを118段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 7 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 118 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを119段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 8 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 119 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを120段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter approximately the same shape and the same length geothermal power generation turbine is installed in 120 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large-material impact reduction material with compressed air and drive 1 to 12 turbines 4 times in diameter with opposed all-blade turbine horizontal shaft (16A) + various energy to provide geothermal air heater (2z) in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンの1段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length, geothermal power turbine 1-stage structure + battery-powered various vehicles prime + increase sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンの2段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 2-stage structure + storage battery driven various vehicles ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンの3段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine 3-stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンの4段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 4 stage structure + storage battery driven various vehicles prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンの5段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length, geothermal power generator ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reducing material with compressed air and drive 1 to 12 turbines 5 times in diameter with opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) provided in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンを6段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length geothermal power generation Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを7段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 7 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを8段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length geothermal power generation structure with 8 stages + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを9段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 9 stages + to make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを10段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and doubles the turbine diameter of 1-12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを11段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in 11 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを12段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 12 times the same diameter, approximately the same shape and the same length geothermal power turbines installed in 12 stages + factory electrification prime-up + sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを13段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 13 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを14段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 14 stages + factory electrification prime + increasing sphere ascending device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを15段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 15 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 3 times the diameter of the opposed turbine blade horizontal axis (16A) + geothermal air heater (2z) in the drilling hole Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを16段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 16 stages + make full use of battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを17段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter and the same shape and the same length geothermal power generation turbine with 17 stages + Structured battery drive, electric drive, and hot energy use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを18段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 18 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを19段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 19 stages + accelerating storage battery drive, electric drive, and thermal utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを20段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 5 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 20 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and the turbine diameter of 1 to 12 turbines is 4 times the turbine diameter 4 times on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを21段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 6 times the same diameter approximately the same shape and the same length geothermal power turbines are provided in 21 stages + full electrified house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを22段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 7 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine provided in 22 stages + Fully electrified house prime + Increase sphere rising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを23段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 23 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを24段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape and the same length geothermal power generation turbine provided in 24 stages + full electrification house prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを25段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 25 stages + full electrification house prime + increase sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reducing material with compressed air and drive 1 to 12 turbines 5 times in diameter with opposed full blade turbine horizontal axis (16A) + geothermal air heater (2z) provided in drilling hole Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンの26段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter approximately the same shape and the same length geothermal power turbine 26 stage structure + storage battery drive various automobile prime ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンの27段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length geothermal power generation turbine 27 stage structure + storage battery driven various vehicles prime + increase sphere lift device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンの28段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine 28-stage structure + storage battery driven various vehicles ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンの29段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 29 times structure of the same diameter, approximately the same shape and the same length geothermal power generation turbine + storage battery drive various automobile prime + increase sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンの30段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 15 times the same diameter and approximately the same shape and length of geothermal power turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンを31段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 31 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを32段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided structure in 32 stages + storage battery drive, electric drive, and warm use prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを33段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 33 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを34段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 34 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを35段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 20 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 35 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reducing material Compressed air accelerates the turbine diameter of 1 to 12 turbines to 3 times the turbine diameter of opposed turbine blades (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを36段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape, the same length geothermal power generation turbine installed in 36 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを37段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) 22 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 37 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを38段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 23 times the same diameter and approximately the same shape and the same length geothermal power generation turbine installed in 38 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを39段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 39 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを40段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 40 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 4 times the diameter with opposed horizontal blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを41段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with the same diameter and the same shape and the same length of geothermal power generation turbine with 41 stages + structure battery drive, electric drive and heat utilization Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを42段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 42 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを43段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine structure in 43 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを44段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 5 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 44 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを45段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 6 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 45 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates to 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを46段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 7 times the same diameter and approximately the same shape and length of geothermal turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを47段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter approximately the same shape and the same length Geothermal power generation turbine provided in 47 stages + full electrification house prime + increase sphere rising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを48段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine provided in 48 stages ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを49段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine Core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine provided in 49 stages + Fully electrified house prime + Increase sphere rising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを50段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 50 stages + full electrification house prime + increasing sphere raising device (2F ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerate large material impact reduction material with compressed air and drive 1 to 12 turbine diameters double with opposed all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンの51段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine core geothermal turbine blade cross section (4X) 51-stage structure of geothermal power generation turbine with 12 times the same diameter and the same shape and length ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a shaft (16A) driving 1 to 12 turbine diameters 3 times + a geothermal air heater (2z) in a drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンの52段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter approximately the same shape and the same length geothermal power generation turbine 52 stage structure + storage battery drive various automobile prime + increase sphere lifting device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with shafts (16A) driving 1 to 12 turbine diameters 4 times + geothermal air heaters (2z) in drilling holes.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンの53段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter approximately the same shape and the same length geothermal power generation turbine 53 stage + storage battery drive various automobile prime + increase sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Drives 1 to 12 turbines 5 times on shaft (16A) + various energy storage cycle coalescing engine with geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンの54段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length, geothermal power turbine ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with 1 to 12 turbine diameters driven by shaft (16A) + geothermal air heater (2z) in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンの55段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 16 times the same diameter and approximately the same shape and length of geothermal power generation turbine ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compress the air heated by geothermal heat, heat the geothermal heated air, recover the compressed heat + compress the heat of the cold turbine exhaust + recover the specific gravity of the metal sphere liquid metal Accelerating material impact reduction material with compressed air to drive 1 to 12 turbine diameters 3 times on opposite all blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole various energy Conservation cycle coalescence organization.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンを56段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 56 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンを57段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 18 times the same diameter and approximately the same shape and the same length geothermal power generation turbine structure in 57 stages + storage battery drive, electric drive and heat application prime + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンを58段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 19 times the same diameter, approximately the same shape and the same length geothermal power generation turbine in 58 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンを59段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power generation turbine provided in 59 stages + storage battery drive, electric drive, and warm use + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンを60段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 21 times the same diameter, approximately the same shape, the same length geothermal power generation turbine structure in 60 stages + make full use of storage battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and the turbine diameter of 1 to 12 turbines is 4 times the turbine diameter 4 times on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンを61段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / heating turbine core geothermal turbine blade cross section (4X) with 22 times the same diameter, approximately the same shape and the same length geothermal power generation turbine installed in 61 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンを62段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cold and cold turbine core geothermal turbine blade cross section (4X) 23 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in 62 stages + factory electrification prime + increase sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンを63段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 24 times the same diameter approximately the same shape and the same length geothermal power turbine is installed in 63 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンを64段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 25 times the same diameter, approximately the same shape, the same length geothermal power generation turbine installed in 64 stages + factory electrification prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍の同径略同形同長地熱発電タービンを65段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with twice the same diameter, approximately the same shape, the same length, geothermal power generation turbine installed in 65 stages + factory electrification prime + increasing sphere raising device (2F) The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 5 times the diameter with opposed all-blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍の同径略同形同長地熱発電タービンを66段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 3 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 66 stages Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters twice + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍の同径略同形同長地熱発電タービンを67段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 4 times the same diameter, approximately the same shape and the same length geothermal power generation turbine structure in 67 stages + make full use of storage battery drive, electric drive and thermal energy + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbines 3 times the diameter + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍の同径略同形同長地熱発電タービンを68段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 5 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine structure in 68 stages + accelerating storage battery drive, electric drive, and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compression heat recovery + Cold turbine exhaust heat compression heat recovery + Opposite all blade turbine horizontal axis (16A) drives 1 to 12 turbine diameters 4 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍の同径略同形同長地熱発電タービンを69段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 6 times the same diameter and approximately the same shape and length of geothermal power generation turbine installed in 69 stages + to make full use of battery drive, electric drive and heat utilization + Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) drives 1 to 12 turbine diameters 5 times + Various types of geothermal air heater (2z) provided in drilling hole Energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍の同径略同形同長地熱発電タービンを70段に設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 70 times the same diameter and the same shape and the same length geothermal power generation turbine + storage battery drive, electric drive, and heat utilization Collect geothermal heat with geothermal air heater (2z) + Increase and store metal sphere liquid metal and specific material impact reducing material with increasing sphere rising device (2F) + Compress geothermal heating air by heating geothermal heating air Compressed heat recovery + Compressed heat recovery from cold turbine exhaust + Metal sphere liquid metal and specific material impact reduction material Compressed air accelerates and doubles the turbine diameter of 1-12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine with drive + geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 8 times the same diameter, approximately the same shape, the same length geothermal power turbines are installed in multiple stages + full electrified house prime + increasing sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 9 times the same diameter, approximately the same shape, the same length geothermal power generation The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / heating turbine Core geothermal turbine blade cross section (4X) 10 times the same diameter, approximately the same shape, the same length Geothermal power generation The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 11 times the same diameter approximately the same shape and the same length geothermal power generation turbine provided in multiple stages + full electrified house prime + increasing sphere rising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 12 times the same diameter, approximately the same shape, the same length geothermal power generation The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 3 times the diameter of the opposed turbine blade horizontal axis (16A) + geothermal air heater (2z) in the drilling hole Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 13 times the same diameter, approximately the same shape, the same length, geothermal power generation turbine multistage structure + storage battery driven various vehicles prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) Drives 1 to 12 turbines 4 times in diameter + Various energy storage cycle coalescing engine with geothermal air heater (2z) in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 14 times the same diameter, approximately the same shape, the same length geothermal power generation turbine multistage structure + storage battery drive various automobiles prime + increasing sphere ascending device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 5 times driven + geothermal air heater (2z) provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 15 times the same diameter, approximately the same shape, the same length, geothermal power generation The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters doubled driving + geothermal air heater (2z) various energy storage cycle coalescing engine provided in borehole drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 16 times the same diameter and approximately the same shape and length of geothermal turbine The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade turbine (16A) 1 to 12 turbine diameters 3 times driven + geothermal air heater (2z) in various boring machine drilling holes combined with various energy storage cycle engines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 17 times the same diameter, approximately the same shape, the same length, geothermal power generation The material reduces the impact of materials that reduce the impact of metal spheres and liquid metals with high pressure + Compresses the air heated by geothermal heat and heats the heated geothermal air + Recovers heat from the cold turbine exhaust + Recovers heat from the compression of the hot air + Metal sphere liquid metal Accelerate the material impact reduction material with compressed air and drive 1 to 12 turbines 4 times the diameter with opposed horizontal blade turbine horizontal axis (16A) + geothermal air heater (2z) in drilling hole for various energy storage Cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 18 times the same diameter, approximately the same shape, the same length geothermal power turbine multi-stage structure + storage battery drive prime + metal sphere with increasing sphere raising device (2F) Ascending and storing liquid metal and specific material impact reduction material + compressing geothermal heating air and compressing geothermal heating air compressed heat recovery + compressing heat recovery from cold turbine exhaust + opposed all blade turbine horizontal axis (16A) Drives 5 times the turbine diameter of 1-12 turbines + various energy storage cycle coalescing engine with geothermal air heater (2z) installed in drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 19 times the same diameter, approximately the same shape, the same length geothermal power turbine multistage structure + storage battery drive prime + metal ball with increasing sphere raising device (2F) Ascending and storing liquid metal and specific material impact reduction material + compressing geothermal heating air and compressing geothermal heating air compressed heat recovery + compressing heat recovery from cold turbine exhaust + opposed all blade turbine horizontal axis (16A) 1 to 12 turbine diameters are driven twice + geothermal air heater (2z) is provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 20 times the same diameter, approximately the same shape, the same length geothermal power turbine multi-stage structure + storage battery drive prime + metal ball with increasing sphere raising device (2F) Ascending and storing liquid metal and specific material impact reduction material + compressing geothermal heating air and compressing geothermal heating air compressed heat recovery + compressing heat recovery from cold turbine exhaust + opposed all blade turbine horizontal axis (16A) 1 to 12 turbine diameters are driven three times + various energy storage cycle coalescing engines provided with a geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) is 21 times the same diameter, approximately the same shape and the same length Geothermal power generation turbine multistage structure + storage battery drive prime + metal ball with increasing sphere raising device (2F) Ascending and storing liquid metal and specific material impact reduction material + compressing geothermal heating air and compressing geothermal heating air compressed heat recovery + compressing heat recovery from cold turbine exhaust + opposed all blade turbine horizontal axis (16A) 1 to 12 turbine diameters are driven four times + various energy storage cycle coalescing engines provided with a geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+金属球液体金属と比重大物質衝撃低減材料を圧縮空気加速して対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 22 times the same diameter, approximately the same shape, the same length geothermal power generation turbine multi-stage structure + storage battery drive prime + metal ball with increasing sphere raising device (2F) Liquid metal and specific material impact-reducing materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovered + Cold turbine exhaust is compressed and heat recovered + Metal sphere liquid metal and specific material impact reduced Compressing the material with compressed air to drive 1 to 12 turbines 5 times the diameter of the opposed turbine blade horizontal shaft (16A) + Geothermal air heater (2z) in the drilling hole .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is 23 times the same diameter, approximately the same shape, the same length geothermal power turbine multistage structure + storage battery drive prime + metal ball with increasing sphere raising device (2F) Ascending and storing liquid metal and specific material impact reduction material + compressing geothermal heating air and compressing geothermal heating air compressed heat recovery + compressing heat recovery from cold turbine exhaust + opposed all blade turbine horizontal axis (16A) 1 to 12 turbine diameters are driven twice + geothermal air heater (2z) is provided in various drilling holes in a boring machine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 24 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine multistage structure + battery drive prime + metal sphere with increasing sphere lifting device (2F) Ascending and storing liquid metal and specific material impact reduction material + compressing geothermal heating air and compressing geothermal heating air compressed heat recovery + compressing heat recovery from cold turbine exhaust + opposed all blade turbine horizontal axis (16A) 1 to 12 turbine diameters are driven three times + various energy storage cycle coalescing engines provided with a geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に設ける各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 25 times the same diameter, approximately the same shape, the same length, geothermal power turbine multistage structure + storage battery driven prime + metal ball with increasing sphere raising device (2F) Ascending and storing liquid metal and specific material impact reduction material + compressing geothermal heating air and compressing geothermal heating air compressed heat recovery + compressing heat recovery from cold turbine exhaust + opposed all blade turbine horizontal axis (16A) 1 to 12 turbine diameters are driven four times + various energy storage cycle coalescing engines provided with a geothermal air heater (2z) in the drilling hole.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescence engines provided with generators and heat pumps with 1 to 12 turbine diameters 5 times in one stage.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( 16A) Various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are doubled with generators and heat pumps in two stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages of turbine diameters of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages of 4 to 12 turbine diameters on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages of 1 to 12 turbine diameters 5 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages, etc., with a turbine horizontal axis (16A) with 1 to 12 turbine diameters doubled to 6 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 7 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the turbine horizontal axis (16A) with 4 to 12 turbine diameters in 8 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 9 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages, etc., with 1 to 12 turbine diameters doubled on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps installed in 11 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 12 stages of 4 to 12 turbine diameters on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 14 stages, etc., with a turbine horizontal axis (16A) with 1 to 12 turbine diameters doubled to 14 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 15 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines equipped with generators and heat pumps in 16 stages of 4 to 12 turbine diameters on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 18 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 18 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 19 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 20 stages, etc. with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc., with a turbine horizontal axis (16A) of 2 to 12 turbine diameters doubled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 23 stages, etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 24 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps installed in 25 stages, etc. with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 26 stages, etc., with a turbine horizontal axis (16A) of 2 to 12 turbine diameters doubled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 27 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 28 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages, etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 30 stages, etc., with a turbine horizontal axis (16A) with 1 to 12 turbine diameters doubled to 30 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps in 32 stages, etc., with 4 turbine diameters 4 to 12 on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン5径倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Various energy storage cycle coalescing engines equipped with generators and heat pumps in 5 stages of fitting bolt assembly turbine diameters of 33 in 33 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径2倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with generator and heat pump with 34 times the fitting bolt assembly turbine diameter of 34 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with generator and heat pump with 35 times the diameter of the fitting bolt assembly turbine in 35 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径4倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with generator and heat pump with 36 times the diameter of the fitting bolt assembly turbine in 36 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径5倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine of various energy storage cycles, equipped with a generator and a heat pump in 37 stages, etc., with 5 times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced and stored with an increase sphere lift device (2F) Then, heat and compression heat recovery from geothermal heating air + compression heat recovery from cold turbine exhaust + horizontal turbine (16A) of opposed rotor blades, 1 to 12 turbine diameters doubled to 38 stages, etc. Various energy conservation cycle coalescence engine provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery from the geothermal heating air + compression heat recovery from the cold turbine exhaust + horizontal axis (16A) of the opposed rotor blades, 1 to 12 turbine diameters tripled to 39 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery of geothermal heating air + compression heat recovery of cold turbine exhaust + horizontal turbine (16A) of opposed rotor blades 4 to 4 turbine diameters in 40 stages etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery for geothermal heating air + compression heat recovery for cold turbine exhaust + horizontal turbine (16A) of opposed rotor blades 5 times the diameter of 1 to 12 turbines to 41 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery from the geothermal heating air + compression heat recovery from the cold turbine exhaust + 1 to 12 turbine diameters are doubled to 42 stages, etc. on the opposed all blade turbine horizontal shaft (16A). Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters doubled to 46 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 47 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 48 stages etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 49 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in the shaft (16A) with 1 to 12 turbine diameters doubled to 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 51 stages, etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps provided in 52 stages, etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 53 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1-12 turbine diameter doubled 54 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters tripled to 55 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of 57 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 58 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 59 stages etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 60 stages, etc. with a turbine diameter 4 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 1 to 12 turbine diameters 5 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in two stages of 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages, etc., 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 4 to 4 turbine diameters of 4 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages of 1 to 12 turbine diameters 5 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages, etc., with 3 to 1 turbine diameter 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of turbines 8 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 5 times 9 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps with 1 to 12 turbine diameters doubled to 10 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 3 times 11 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 12 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 14 stages, etc., with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with a turbine diameter of 1 to 12 on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages of 4 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages with 1 to 12 turbine diameters 5 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters double 18-stage generator and heat pump, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameter 3 times 19 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, 20 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 21 stages with 5 times the diameter of 1 to 12 turbines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Combined heat recovery + cold turbine exhaust compression heat recovery + opposed all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled 22 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 24 stages, etc., with 4 to 12 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 25 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 26 stages, etc. with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 28 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages, etc. with 5 times the turbine diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 30 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) in 30 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescence engine with 1 to 12 turbine diameters 5 times 33 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 34 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 3 times the diameter of 35 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generator and heat pump in 1 to 12 turbine diameter 4 times 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescence engine with 1 to 12 turbine diameters 5 times in 37 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 39 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages of 1 to 12 turbines with a shaft (16A) and 40 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages, etc., with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters doubled to 46 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 47 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages etc. with 4 times the turbine diameter of 4 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the horizontal axis (16A) with 1 to 12 turbine diameters doubled to 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 51 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 52 stages, etc. with 4 times the turbine diameter of 1-12 units on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 53 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 55 stages, etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages, etc., with 4 to 4 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 57 stages etc. with 5 times the diameter of 1-12 turbines on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled to 58 stages etc. Various energy conservation cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 59 different stages of energy storage cycle coalescence engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters 4 times 60 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 5 times in one stage with generator and heat pump etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescing engines with 1 to 12 turbine diameters doubled in two stages, such as generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages of 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 5 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a generator and heat pump in 7 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of turbines 8 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 5 times 9 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps with 1 to 12 turbine diameters doubled to 10 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 3 times 11 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 12 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 14 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages of 3 to 1 turbine diameter 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages of 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 17 stages with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 18 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 19 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 20 stages of 1 to 12 turbines 4 times in diameter on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc., with 2 to 12 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 3 times turbines equipped with generators and heat pumps in 23 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times, 24 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 26 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters tripled to 27 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 30 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 31 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages with 4 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescence engine with 1 to 12 turbine diameters 5 times 33 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 34 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 3 times the diameter of 35 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generator and heat pump in 1 to 12 turbine diameter 4 times 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescence engine with 1 to 12 turbine diameters 5 times in 37 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 38 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 39 stages etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 40 stages, etc. with 4 to 4 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages, etc., with 3 times the diameter of 1-12 turbines on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 44 stages, etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc., with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 47 stages, etc. with a turbine shaft 3 times the diameter of 1-12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 48 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 49 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters doubled to 50 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery for cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 1 to 12 turbine diameters tripled to 51 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbines 4 times the diameter of turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 53 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a generator and heat pump in 57 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled to 58 stages etc. Various energy conservation cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 59 different stages of energy storage cycle coalescence engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters 4 times 60 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 5 times in one stage with generator and heat pump etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescing engines with 1 to 12 turbine diameters doubled in two stages, such as generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages, etc., 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 4 to 4 turbine diameters of 4 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages of 1 to 12 turbine diameters 5 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages, etc., with 3 to 1 turbine diameter 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in the horizontal axis (16A), 4 to 12 turbine diameters, 8 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 9 stages, etc., with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc., with 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 12 stages of 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 13 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 14 stages with 1 to 12 turbine diameters doubled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters tripled to 15 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 16 stages, etc. Various energy conservation cycle coalescence engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 17 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 18 stages, etc. with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 20 stages with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 21 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc. with 2 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 3 times turbines equipped with generators and heat pumps in 23 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times, 24 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 26 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters tripled to 27 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 28 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages, etc. with 5 times the turbine diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 30 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) in 30 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages, etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 36 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 37 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generator and heat pump in 1 to 12 turbine diameters doubled to 38 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times 39 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 1 to 12 turbine diameters 4 times 40 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 5 to 12 turbine diameters, 41 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 42 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 43 stages, etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 44 stages, etc., with 4 to 4 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages, etc., with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 47 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 48 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 49 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters doubled to 50 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery for cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 1 to 12 turbine diameters tripled to 51 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbines 4 times the diameter of turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 53 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 55 stages, etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages, etc., with 4 to 4 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 57 stages etc. with 5 times the diameter of 1-12 turbines on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 58 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 59 stages etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 60 stages, etc. with a turbine diameter 4 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 1 to 12 turbine diameters 5 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in two stages of 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbines are tripled in diameter and provided with a generator and heat pump in three stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescence engines provided with generators and heat pumps in 4 stages of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescence engines provided with generators and heat pumps in 5 stages of 1 to 12 turbine diameters 5 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( 16A) Various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are doubled to 6 stages and so on with a generator and heat pump.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( 16A) Various energy storage cycle coalescing engines with 1-12 turbine diameters tripled with 7-stage generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps with 8 to 12 turbine diameter 4 times as many as 16 units.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps in 9 stages for 5 times the diameter of 1 to 12 turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( 16A) Various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are doubled in 10 stages and provided with a generator and a heat pump.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and low-impact material impact-reducing material + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( 16A) Various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are tripled to 11 stages with generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( 16A) Various energy storage cycle coalescing engines in which 1 to 12 turbines are 4 times larger in diameter and provided with 12-stage generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 14 stages, etc., with a turbine horizontal axis (16A) with 1 to 12 turbine diameters doubled to 14 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 15 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines equipped with generators and heat pumps in 16 stages of 4 to 12 turbine diameters on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 18 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 18 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 19 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 20 stages, etc. with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc., with a turbine horizontal axis (16A) of 2 to 12 turbine diameters doubled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 23 stages, etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 24 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps installed in 25 stages, etc. with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 26 stages, etc., with a turbine horizontal axis (16A) of 2 to 12 turbine diameters doubled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 27 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 28 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps in 29 stages with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 30 stages, etc., with a turbine horizontal axis (16A) with 1 to 12 turbine diameters doubled to 30 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps in 32 stages, etc., with 4 turbine diameters 4 to 12 on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 33 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 36 stages with 1 to 12 turbine diameters 4 times the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 37 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 38 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 39 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the turbine horizontal axis (16A) with 4 to 12 turbine diameters in 40 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc., with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 42 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 43 times the fitting bolt assembly turbine diameter 3 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径4倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 44 times the fitting bolt assembly turbine diameter 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径5倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 45 times the diameter of the fitting bolt assembly turbine in 45 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径2倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 46 times the diameter of the fitting bolt assembly turbine as many as 46 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 47 times the fitting bolt assembly turbine diameter 3 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery of the geothermal heating air + compression heat recovery of the cooling turbine exhaust + compression of the turbine blades on the opposed all blade turbine horizontal axis (16A) 4 times the turbine diameter 4 to 48 stages etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery from geothermal heating air + compression heat recovery from cold turbine exhaust + 1 to 12 turbines with a horizontal axis (16A) of the opposed rotor blades, 5 times the turbine diameter to 49 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Heating compressed heat recovery from geothermal heated air + compression heat recovery from cold turbine exhaust + horizontal blades (16A) of opposed rotor blades Double turbine diameter of 1 to 12 turbines to 50 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Compressed heat recovery from the geothermal heating air + Compressed heat recovery from the cold turbine exhaust + 1 to 12 turbines with a horizontal axis (16A) on the opposed rotor blade horizontal axis (16A) to 51 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery for geothermal heating air + compression heat recovery for cold turbine exhaust + horizontal turbine (16A) of opposed rotor blades 4 to 12 turbine diameters are increased to 52 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 53 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1-12 turbine diameter doubled 54 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters tripled to 55 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of 57 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 58 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 59 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 60 stages, etc., with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a generator and heat pump in the first stage of 1 to 12 turbine diameters 5 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in two stages of 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 4 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines equipped with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 5 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters doubled to 6 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 7 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in the horizontal axis (16A), 4 to 12 turbine diameters, 8 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 9 stages, etc., with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc., with 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 12 stages of 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 14 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages of 3 to 1 turbine diameter 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages of 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 17 stages with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters double 18-stage generator and heat pump, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameter 3 times 19 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, 20 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 21 stages with 5 times the diameter of 1 to 12 turbines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Combined heat recovery + cold turbine exhaust compression heat recovery + opposed all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled 22 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 24 stages with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps provided in 25 stages, etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 26 stages, etc. with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbines 4 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times, 29 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 30 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled to 31 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages, etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 36 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 37 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 38 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 39 stages etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 40 stages, etc. with 4 to 4 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters doubled to 46 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 47 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 48 stages etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 49 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in the shaft (16A) with 1 to 12 turbine diameters doubled to 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 51 stages, etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps provided in 52 stages, etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 53 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1-12 turbine diameter doubled 54 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters tripled to 55 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of 57 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 58 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 59 stages etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 60 stages, etc. with a turbine diameter 4 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 1 to 12 turbine diameters 5 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in two stages of 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages, etc., 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 4 to 4 turbine diameters of 4 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages of 1 to 12 turbine diameters 5 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages, etc., with 3 to 1 turbine diameter 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of turbines 8 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 5 times 9 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps with 1 to 12 turbine diameters doubled to 10 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 3 times 11 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 12 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 14 stages, etc., with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with a turbine diameter of 1 to 12 on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages of 4 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages with 1 to 12 turbine diameters 5 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters double 18-stage generator and heat pump, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameter 3 times 19 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, 20 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 21 stages with 5 times the diameter of 1 to 12 turbines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Combined heat recovery + cold turbine exhaust compression heat recovery + opposed all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled 22 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 24 stages, etc., with 4 to 12 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 25 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 26 stages, etc. with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 28 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages, etc. with 5 times the turbine diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 30 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) in 30 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescence engine with 1 to 12 turbine diameters 5 times 33 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 34 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 3 times the diameter of 35 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generator and heat pump in 1 to 12 turbine diameter 4 times 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescence engine with 1 to 12 turbine diameters 5 times in 37 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 39 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages of 1 to 12 turbines with a shaft (16A) and 40 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages, etc., with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters doubled to 46 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 47 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages etc. with 4 times the turbine diameter of 4 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the horizontal axis (16A) with 1 to 12 turbine diameters doubled to 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 51 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 52 stages, etc. with 4 times the turbine diameter of 1-12 units on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 53 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 55 stages, etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages, etc., with 4 to 4 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 57 stages etc. with 5 times the diameter of 1-12 turbines on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled to 58 stages etc. Various energy conservation cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 59 different stages of energy storage cycle coalescence engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters 4 times 60 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 5 times in one stage with generator and heat pump etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescing engines with 1 to 12 turbine diameters doubled in two stages, such as generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages of 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 5 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a generator and heat pump in 7 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of turbines 8 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 5 times 9 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps with 1 to 12 turbine diameters doubled to 10 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 3 times 11 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 12 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 14 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages of 3 to 1 turbine diameter 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages of 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 17 stages with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 18 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 19 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 20 stages of 1 to 12 turbines 4 times in diameter on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc., with 2 to 12 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 3 times turbines equipped with generators and heat pumps in 23 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times, 24 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 26 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters tripled to 27 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 30 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 31 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages with 4 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescence engine with 1 to 12 turbine diameters 5 times 33 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 34 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 3 times the diameter of 35 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generator and heat pump in 1 to 12 turbine diameter 4 times 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescence engine with 1 to 12 turbine diameters 5 times in 37 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 38 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 39 stages etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 40 stages, etc. with 4 to 4 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages, etc., with 3 times the diameter of 1-12 turbines on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 44 stages, etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc., with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 47 stages, etc. with a turbine shaft 3 times the diameter of 1-12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 48 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 49 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters doubled to 50 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery for cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 1 to 12 turbine diameters tripled to 51 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbines 4 times the diameter of turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 53 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a generator and heat pump in 57 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled to 58 stages etc. Various energy conservation cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 59 different stages of energy storage cycle coalescence engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters 4 times 60 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 5 times in one stage with generator and heat pump etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescing engines with 1 to 12 turbine diameters doubled in two stages, such as generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages, etc., 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 4 to 4 turbine diameters of 4 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages of 1 to 12 turbine diameters 5 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages, etc., with 3 to 1 turbine diameter 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in the horizontal axis (16A), 4 to 12 turbine diameters, 8 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 9 stages, etc., with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc., with 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 12 stages of 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation 1 to 26 times + sphere riser device (2F) with metal sphere liquid metal and specific material impact reducing material Ascending and storing + Compressing the air heated by geothermal heat, heating and compressing geothermal heating air + Recovering heat from the cold turbine exhaust + Compression heat recovery + 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis Various energy storage cycle coalescing engines with 13-stage generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation 1 to 26 times + sphere riser device (2F) with metal sphere liquid metal and specific material impact reducing material Ascending and storing + Compressing air heated by geothermal heat, heating and compressing geothermal heated air + Recovering heat from cold turbine exhaust + Recovering compressed heat from turbine blade Various energy storage cycle coalescing engines equipped with generators and heat pumps in 14 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation 1 to 26 times + sphere riser device (2F) with metal sphere liquid metal and specific material impact reducing material Ascending and storing + Compressing air heated by geothermal heat, heating and compressing geothermal heating air + Compressing heat recovery from cold turbine exhaust + Compressing heat recovery from opposed turbine blade horizontal axis (16A) 1 to 12 turbine diameters 3 times Various energy storage cycle coalescing engines with 15-stage generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation 1 to 26 times + sphere riser device (2F) with metal sphere liquid metal and specific material impact reducing material Ascending and storing + Compressing air heated by geothermal heat, heating and compressing geothermal heated air + Recovering heat from cold turbine exhaust + Recovering compressed heat from turbine blade Various energy storage cycle coalescing engines equipped with 16-stage generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation 1 to 26 times + sphere riser device (2F) with metal sphere liquid metal and specific material impact reducing material Ascending and storing + Compressing the air heated by geothermal heat, heating and compressing geothermal heating air + Recovering heat from the cold turbine exhaust + Compression heat recovery + 1 to 12 turbines 5 times the diameter of the opposed all blade turbine horizontal axis (16A) A combined engine with various energy storage cycles with a generator and heat pump in 17 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters double 18-stage generator and heat pump, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameter 3 times 19 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, 20 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 21 stages with 5 times the diameter of 1 to 12 turbines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Combined heat recovery + cold turbine exhaust compression heat recovery + opposed all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled 22 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 3 times turbines equipped with generators and heat pumps in 23 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times, 24 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters, 1x turbine diameter, 26 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled 27 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 29 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 30 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 31 stages, etc., with 1 to 12 turbine diameters doubled on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages, etc., with 4 turbine diameters 4 to 12 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 35 stages, etc., with 1 to 12 turbine diameters doubled on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 36 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 36 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 37 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 39 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the turbine horizontal axis (16A) with 1 to 12 turbine diameters tripled to 40 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc., with 4 turbine diameters 4 to 12 on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps in 43 stages, etc., with 1 to 12 turbine diameters doubled on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 44 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 44 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat and compressed heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 47 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the turbine horizontal axis (16A) with 5 turbine diameters of 1 to 12 units in 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 51 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 51 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 52 stages, etc., with a turbine horizontal axis (16A) of 3 to 12 turbine diameters tripled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 53 stages etc. with 4 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 57 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 58 times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine of various energy storage cycles, equipped with a generator and heat pump with 59 times the turbine diameter doubled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 60 times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and a heat pump with 4 times the diameter of the fitting bolt assembly turbine diameter in one stage.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 5 times the diameter of the fitting bolt assembly turbine diameter in two stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Compressed heat recovery from geothermal heated air + Compressed heat recovery from cold turbine exhaust + 1 to 12 turbine diameters doubled to 3 stages, etc. on the horizontal shaft (16A) Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Compressed heat recovery from the geothermal heating air + Compressed heat recovery from the cold turbine exhaust + 1 to 12 turbines with a horizontal axis (16A) of the opposed rotor blades horizontal axis (16A) to 4 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery of geothermal heating air + compression heat recovery of cold turbine exhaust + horizontal blades (16A) of opposed turbine blades 4 to 4 turbine diameters are increased to 5 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery from the geothermal heating air + compression heat recovery from the cold turbine exhaust + a horizontal axis (16A) of the opposed rotor blades, 5 to 5 times the turbine diameter of 6 turbines, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Heat and compression heat recovery of geothermal heating air + compression heat recovery of cold turbine exhaust + horizontal turbine (16A) of opposed all blade blades Double the turbine diameter of 1 to 12 units to 7 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 8 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all rotor blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with generators and heat pumps in 1 to 12 turbine diameters 5 times 10 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters doubled to 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled 12 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine Core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in multiple stages + Electric drive prime + Air heated by geothermal heat Compressed geothermal heating air is compressed by heat compression heat recovery + Cold turbine exhaust heat is compressed heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times 13 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine Core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in multiple stages + Electric drive prime + Air heated by geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade turbine horizontal axis (16A) 5 to 12 turbine diameters are increased to 14 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine Core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in multiple stages + Electric drive prime + Air heated by geothermal heat Compressed geothermal heating air is heated and compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters are doubled to 15 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine Core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in multiple stages + Electric drive prime + Air heated by geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade turbine horizontal shaft (16A) 3 to 1 turbine diameter is increased to 16 stages, generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+電気駆動全盛にする+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / heating turbine Core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter, approximately the same shape, the same length Geothermal power generation turbine is installed in multiple stages + Electric drive prime + Air heated by geothermal heat Compressed geothermal heated air is heated and compressed heat is recovered + Cold turbine exhaust is compressed and heat is recovered + Opposite all blade turbine horizontal shaft (16A) 4 to 12 turbine diameters are increased to 17 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter and approximately the same shape and the same length geothermal power generator turbine + output increasing sphere (2E) with a small diameter to drive the acceleration turbine + Compressed air heated by geothermal heat and heated compressed heat recovered from geothermal heated air + Compressed heat recovered from cold turbine exhaust + 18 stages of turbine diameters of 1 to 12 turbines with opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines equipped with generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter and approximately the same shape and the same length geothermal power generator turbine + output increasing sphere (2E) with a small diameter to drive the acceleration turbine + Compressed air heated by geothermal heat and heated compressed heat recovered from geothermal heated air + Compressed heat recovered from chilled turbine exhaust + 19-stage turbine diameter doubled by 1 to 12 turbines on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines equipped with generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter and approximately the same shape and the same length geothermal power generator turbine + output increasing sphere (2E) with a small diameter to drive the acceleration turbine + Compressed air recovered by heating with geothermal heat, heated heat recovered from compressed geothermal air + Compressed heat recovered from cold turbine exhaust + Rotating turbine blades (16A) opposed to 1 to 12 turbine diameters 3 times 20 stages Various energy storage cycle coalescing engines equipped with generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter and approximately the same shape and the same length geothermal power generator turbine + output increasing sphere (2E) with a small diameter to drive the acceleration turbine + Compressed air recovered by heating with geothermal heat, heated heat recovered from heated geothermal air + Compressed heat recovered from cold turbine exhaust + 21 horizontal stages of turbine blades (16A) with 4 times the turbine diameter 4 times Various energy storage cycle coalescing engines equipped with generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+出力増大球(2E)を小径として加速タービン駆動する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter and approximately the same shape and the same length geothermal power generator turbine + output increasing sphere (2E) with a small diameter to drive the acceleration turbine + Compressed air heated by geothermal heat and heated compressed heat recovered from geothermal heated air + Compressed heat recovered from cold turbine exhaust + Compressed heat recovered from opposed turbine blade horizontal axis (16A) 22 stages of 5 times the diameter of 1-12 turbines Various energy storage cycle coalescing engines equipped with generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 24 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 25 stages, etc., with a turbine axis 4 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 26 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 29 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 30 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc. with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps provided in 32 stages, etc., with 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 33 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generator and heat pump in 1 to 12 turbine diameters tripled to 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 37 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 39 stages, etc., with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 40 stages for 1 to 12 turbine diameters 3 times on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 43 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters tripled 44 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of 45 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters 5 times 46 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1-12 turbine diameter doubled various energy storage cycle coalescence engine with generator and heat pump in 47 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages, etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 50 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 51 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 52 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 53 stages, etc. with 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 54 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) in 55 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 56 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 57 stages etc. with 4 times turbine diameter of 4 to 12 on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 58 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine with generator and heat pump in 59 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times turbine energy generator cycle and combined with various energy storage cycle engines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters 5 times 2 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with 4 to 4 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 8 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all rotor blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with generators and heat pumps in 1 to 12 turbine diameters 5 times 10 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters doubled to 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled 12 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages, etc. with 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 14 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages of 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 16 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 18 stages etc. with 5 times the turbine diameter of 1-12 units on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 20 stages, etc., with 1 to 12 turbines 3 times the horizontal axis (16A) in 20 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 23 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 24 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled 27 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 30 stages, etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 31 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 33 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generator and heat pump in 1 to 12 turbine diameters tripled to 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 37 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 39 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps provided in 40 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A) in 43 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 44 stages, etc., with 1 to 12 turbine diameters tripled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc., with 4 to 4 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 47 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters tripled to 48 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 49 stages etc. with 4 times the turbine diameter 4 times .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times, etc. Various energy conservation cycle coalescence engine with generator and heat pump in 50 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters doubled 51 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 52 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 53 stages, etc. with 4 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 57 stages, etc., with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 58 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine with generator and heat pump in 59 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times turbine energy generator cycle and combined with various energy storage cycle engines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters 5 times 2 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages for 1 to 12 turbine diameters 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with 4 to 4 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 6 stages etc. with 5 times turbine diameter of 1-12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 7 stages, etc., with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 8 stages etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 9 stages, etc. with a turbine shaft 4 times as large as 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc. with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 12 stages of 3 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 4 times 13 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 14 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 15 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 16 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 18 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 20 stages, etc., with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine diameter 4 times 1 to 12 on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 23 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 24 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled 27 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 29 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 30 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc. with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps provided in 32 stages, etc., with 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A) in 35 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 36 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 37 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters 5 times 38 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled to 39 stages etc. Various energy conservation cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times 41 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 42 stages etc. Various energy conservation cycle coalescence engine provided with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 44 stages, etc., with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 45 stages, etc., with 4 to 4 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 47 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters tripled to 48 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 49 stages etc. with 4 times the turbine diameter 4 times .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times, etc. Various energy conservation cycle coalescence engine with generator and heat pump in 50 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters doubled 51 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 52 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 53 stages, etc. with 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 54 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) in 55 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 56 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 57 stages etc. with 4 times turbine diameter of 4 to 12 on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 58 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 59 stages, etc., with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 60 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 4 to 12 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in two stages of turbine diameter 5 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters doubled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 4 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescence engines with generators and heat pumps in 6 stages with 1 to 12 turbine diameters 5 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1-12 turbine diameter doubled 7 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 8 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in the 9th stage of 4 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps with 11 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 12 stages of 3 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 4 times 13 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 14 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 15 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 16 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 18 stages etc. with 5 times the turbine diameter of 1-12 units on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 20 stages, etc., with 1 to 12 turbines 3 times the horizontal axis (16A) in 20 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 24 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 25 stages, etc., with a turbine axis 4 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 26 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are tripled to 28 stages with a generator and heat pump.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescence engines provided with generators and heat pumps in 29 stages, etc., with 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps with 30 times the diameter of 1 to 12 turbines 5 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power turbine Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( 16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters doubled with 31 generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbines are tripled in diameter and provided with generators and heat pumps in 32 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power turbine Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are quadrupled and a generator or heat pump is provided in 33 stages or the like.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power turbine Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps in 34 stages with 5 times the diameter of 1 to 12 turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescence engines provided with generators and heat pumps in 35 stages, etc. with 1 to 12 turbine diameters doubled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are tripled to 36 stages with generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power turbine Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which generators and heat pumps are provided in 37 stages, etc., with a turbine diameter 4 times 1 to 12 units.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 39 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the turbine horizontal axis (16A) with 1 to 12 turbine diameters tripled to 40 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc., with 4 turbine diameters 4 to 12 on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps in 43 stages, etc., with 1 to 12 turbine diameters doubled on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 44 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 44 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat and compressed heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 47 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the turbine horizontal axis (16A) with 5 turbine diameters of 1 to 12 units in 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 51 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 51 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 52 stages, etc., with a turbine horizontal axis (16A) of 3 to 12 turbine diameters tripled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 53 stages etc. with 4 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 57 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 58 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 59 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 59 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 60 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 60 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 1 to 12 turbine diameters 4 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in two stages of turbine diameter 5 times 1 to 12 on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 3 stages, etc., with a turbine horizontal axis (16A) with 1 to 12 turbine diameters doubled in 3 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 4 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with a turbine horizontal axis (16A) of 4 to 1 turbine diameter 4 times 5 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages, etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 3 times the diameter of the fitting bolt assembly turbine in 8 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 9 times the turbine diameter 4 times the turbine diameter.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 10 times the diameter of the fitting bolt assembly turbine as many as 10 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with generator and heat pump with 11 times the fitting bolt assembly turbine diameter doubled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 12 times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Collected by geothermal air heater (2z) + head rise as much as possible with pumping device (1J) + metal sphere liquid metal and specific material impact reducing material are elevated and stored with increase ball lift device (2F) + geothermal Compressed heating air, heated geothermal heated air heated compressed heat recovery + compressed heat recovery of cold turbine exhaust + opposed all blade turbine horizontal axis (16A) to generate 4 times turbine diameter 4 times to 13 stages etc. Various energy storage cycle coalescing engines equipped with machines and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Collected by geothermal air heater (2z) + head rise as much as possible with pumping device (1J) + metal sphere liquid metal and specific material impact reducing material are elevated and stored with increase ball lift device (2F) + geothermal Compressed heating air, heated geothermal heated air heated and compressed heat recovered + compressed heat recovered from chilled turbine exhaust + opposed all blade turbine horizontal shaft (16A), generating 5 times the turbine diameter 5 times to 14 stages, etc. Various energy storage cycle coalescing engines equipped with machines and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Collected by geothermal air heater (2z) + head rise as much as possible with pumping device (1J) + metal sphere liquid metal and specific material impact reducing material are elevated and stored with increase ball lift device (2F) + geothermal Compressed heating air, heated geothermal heated air heated and compressed heat recovered + compressed heat recovered from chilled turbine exhaust + opposed turbine blade horizontal shaft (16A) to generate 2 to 12 turbine diameters to 15 stages, etc. Various energy storage cycle coalescing engines equipped with machines and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Collected by geothermal air heater (2z) + head rise as much as possible with pumping device (1J) + metal sphere liquid metal and specific material impact reducing material are elevated and stored with increase ball lift device (2F) + geothermal Compressed heating air, heated geothermal heated air heated and compressed heat recovered + compressed heat recovered from chilled turbine exhaust + opposed turbine blade horizontal shaft (16A), generating 1 to 12 turbine diameters tripled to 16 stages, etc. Various energy storage cycle coalescing engines equipped with machines and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Collected by geothermal air heater (2z) + head rise as much as possible with pumping device (1J) + metal sphere liquid metal and specific material impact reducing material are elevated and stored with increase ball lift device (2F) + geothermal Compressed heating air, heated geothermal heated air heated compressed heat recovery + cold turbine exhaust compressed heat recovery + opposed all blade turbine horizontal axis (16A) to generate 4 times turbine diameter 4 times to 17 stages, etc. Various energy storage cycle coalescing engines equipped with machines and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 18 stages with 5 times the turbine diameter of 5 to 12 turbines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters are doubled in 19 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times 20 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 21 stages etc. Energy storage cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 22 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 24 stages, etc., with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 25 stages, etc., with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 26 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages, etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters tripled to 28 stages with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 29 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 30 stages etc. Energy conservation cycle coalescence engine provided with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters doubled to 31 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A) in 35 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 36 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 37 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 39 stages, etc., with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 40 stages for 1 to 12 turbine diameters 3 times on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 43 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters tripled 44 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of 45 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters 5 times 46 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1-12 turbine diameter doubled various energy storage cycle coalescence engine with generator and heat pump in 47 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages, etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 50 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 51 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 52 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 53 stages, etc. with 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 54 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) in 55 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 56 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 57 stages etc. with 4 times turbine diameter of 4 to 12 on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 58 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine with generator and heat pump in 59 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times turbine energy generator cycle and combined with various energy storage cycle engines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters 5 times 2 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with 4 to 4 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 8 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all rotor blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with generators and heat pumps in 1 to 12 turbine diameters 5 times 10 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters doubled to 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled 12 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages, etc. with 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 14 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages of 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 16 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 18 stages etc. with 5 times the turbine diameter of 1-12 units on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 20 stages, etc., with 1 to 12 turbines 3 times the horizontal axis (16A) in 20 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 23 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 24 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled 27 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 30 stages, etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 31 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 33 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generator and heat pump in 1 to 12 turbine diameters tripled to 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 37 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 39 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps provided in 40 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A) in 43 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 44 stages, etc., with 1 to 12 turbine diameters tripled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc., with 4 to 4 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 47 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters tripled to 48 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 49 stages etc. with 4 times the turbine diameter 4 times .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times, etc. Various energy conservation cycle coalescence engine with generator and heat pump in 50 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters doubled 51 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 52 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 53 stages, etc. with 4 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 57 stages, etc., with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 58 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine with generator and heat pump in 59 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times turbine energy generator cycle and combined with various energy storage cycle engines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters 5 times 2 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages for 1 to 12 turbine diameters 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with 4 to 4 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 6 stages etc. with 5 times turbine diameter of 1-12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 7 stages, etc., with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 8 stages etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 9 stages, etc. with a turbine shaft 4 times as large as 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc. with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 12 stages of 3 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 4 times 13 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 14 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 15 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 16 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 18 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 20 stages, etc., with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine diameter 4 times 1 to 12 on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 23 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 24 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled 27 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 29 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 30 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc. with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps provided in 32 stages, etc., with 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A) in 35 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 36 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 37 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters 5 times 38 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled to 39 stages etc. Various energy conservation cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times 41 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 42 stages etc. Various energy conservation cycle coalescence engine provided with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 44 stages, etc., with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 45 stages, etc., with 4 to 4 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 47 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters tripled to 48 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 49 stages etc. with 4 times the turbine diameter 4 times .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times, etc. Various energy conservation cycle coalescence engine with generator and heat pump in 50 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters doubled 51 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 52 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 53 stages, etc. with 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 54 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) in 55 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 56 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 57 stages etc. with 4 times turbine diameter of 4 to 12 on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 58 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 59 stages, etc., with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 60 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 4 to 12 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in two stages of turbine diameter 5 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters doubled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 4 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescence engines with generators and heat pumps in 6 stages with 1 to 12 turbine diameters 5 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1-12 turbine diameter doubled 7 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 8 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in the 9th stage of 4 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps with 11 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 12 stages of 3 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 4 times 13 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 14 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 15 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 16 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 18 stages etc. with 5 times the turbine diameter of 1-12 units on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 20 stages, etc., with 1 to 12 turbines 3 times the horizontal axis (16A) in 20 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 24 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 25 stages, etc., with a turbine axis 4 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 26 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are tripled to 28 stages with a generator and heat pump.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescence engines provided with generators and heat pumps in 29 stages, etc., with 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps with 30 times the diameter of 1 to 12 turbines 5 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power turbine Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( 16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters doubled with 31 generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbines are tripled in diameter and provided with generators and heat pumps in 32 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power turbine Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are quadrupled and a generator or heat pump is provided in 33 stages or the like.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power turbine Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps in 34 stages with 5 times the diameter of 1 to 12 turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescence engines provided with generators and heat pumps in 35 stages, etc. with 1 to 12 turbine diameters doubled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are tripled to 36 stages with generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power turbine Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which generators and heat pumps are provided in 37 stages, etc., with a turbine diameter 4 times 1 to 12 units.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 39 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the turbine horizontal axis (16A) with 1 to 12 turbine diameters tripled to 40 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc., with 4 turbine diameters 4 to 12 on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps in 43 stages, etc., with 1 to 12 turbine diameters doubled on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 44 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 44 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat and compressed heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 47 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the turbine horizontal axis (16A) with 5 turbine diameters of 1 to 12 units in 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 51 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 51 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 52 stages, etc., with a turbine horizontal axis (16A) of 3 to 12 turbine diameters tripled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 53 stages etc. with 4 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 57 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 58 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 59 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 59 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 60 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 60 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 1 to 12 turbine diameters 4 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in two stages of turbine diameter 5 times 1 to 12 on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 3 stages, etc., with a turbine horizontal axis (16A) with 1 to 12 turbine diameters doubled in 3 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 4 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with a turbine horizontal axis (16A) of 4 to 1 turbine diameter 4 times 5 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages, etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン3径倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines equipped with generators and heat pumps in 8 stages, etc., with three times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン4径倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines equipped with generators and heat pumps in 9 stages, etc. with 4 times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン5径倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines equipped with generators and heat pumps in 10 stages of 5 times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン2径倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines equipped with generators and heat pumps in 11 stages and so on.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン3径倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Various energy storage cycle coalescing engines equipped with generators and heat pumps in 12 stages, etc., with three times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery for geothermal heating air + compression heat recovery for cold turbine exhaust + horizontal turbine (16A) of opposed rotor blades 4 to 12 turbine diameters in 13 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery from geothermal heating air + compression heat recovery from cold turbine exhaust + 1 to 12 turbines with a horizontal axis (16A) on the opposed rotor blades horizontal axis (16A) to 14 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery of the geothermal heating air + compression heat recovery of the cold turbine exhaust + horizontal turbine (16A) of the opposed rotor blades, double the turbine diameter of 1 to 12 turbines to 15 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery for geothermal heating air + compression heat recovery for cold turbine exhaust + horizontal turbine (16A) of opposed rotor blades 1 to 12 turbine diameters tripled to 16 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery for geothermal heating air + compression heat recovery for cold turbine exhaust + horizontal blades (16A) of opposed turbine blades 4 to 12 turbine diameters are increased to 17 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 18 stages with 5 times the turbine diameter of 5 to 12 turbines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters are doubled in 19 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times 20 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 21 stages etc. Energy storage cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 22 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 24 stages, etc., with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 25 stages, etc., with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 26 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages, etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters tripled to 28 stages with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 29 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 30 stages etc. Energy conservation cycle coalescence engine provided with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters doubled to 31 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A) in 35 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 36 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 37 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 39 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps provided in 40 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 43 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters tripled 44 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of 45 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters 5 times 46 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1-12 turbine diameter doubled various energy storage cycle coalescence engine with generator and heat pump in 47 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages, etc., with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in the shaft (16A) with 5 times the diameter of 1-12 turbines and 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 51 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 52 stages, etc., with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines equipped with generators and heat pumps in 53 stages with 1 to 12 turbine diameters 4 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 5 times 54 stages etc. Various energy conservation cycle coalescence engine provided with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters doubled to 55 stages etc. with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1-12 turbine diameter tripled 56 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 57 stage etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 58 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 59 stages, etc., with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 60 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 4 to 12 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in two stages of turbine diameter 5 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages for 1 to 12 turbine diameters 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with 4 to 4 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 6 stages etc. with 5 times turbine diameter of 1-12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 7 stages, etc., with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 8 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all rotor blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with generators and heat pumps in 1 to 12 turbine diameters 5 times 10 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters doubled to 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled 12 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 14 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages, etc., with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages with 4 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 18 stages with 5 times the turbine diameter of 5 to 12 turbines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters are doubled in 19 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times 20 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 21 stages etc. Energy storage cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 22 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 24 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 25 stages, etc., with a turbine axis 4 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 26 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 29 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 30 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc. with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps provided in 32 stages, etc., with 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 33 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generator and heat pump in 1 to 12 turbine diameters tripled to 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 37 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 39 stages, etc., with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 40 stages for 1 to 12 turbine diameters 3 times on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 43 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters tripled 44 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of 45 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters 5 times 46 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1-12 turbine diameter doubled various energy storage cycle coalescence engine with generator and heat pump in 47 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages, etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 50 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 51 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 52 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 53 stages, etc. with 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 54 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) in 55 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 56 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 57 stages etc. with 4 times turbine diameter of 4 to 12 on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 58 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine with generator and heat pump in 59 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times turbine energy generator cycle and combined with various energy storage cycle engines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters 5 times 2 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with 4 to 4 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 8 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all rotor blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with generators and heat pumps in 1 to 12 turbine diameters 5 times 10 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters doubled to 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled 12 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages, etc. with 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 14 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages of 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 16 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 18 stages etc. with 5 times the turbine diameter of 1-12 units on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 20 stages, etc., with 1 to 12 turbines 3 times the horizontal axis (16A) in 20 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 23 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 24 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled 27 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 30 stages, etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 31 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 33 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generator and heat pump in 1 to 12 turbine diameters tripled to 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 37 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 39 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps provided in 40 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A) in 43 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 44 stages, etc., with 1 to 12 turbine diameters tripled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc., with 4 to 4 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 47 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters tripled to 48 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 49 stages etc. with 4 times the turbine diameter 4 times .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times, etc. Various energy conservation cycle coalescence engine with generator and heat pump in 50 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters doubled 51 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 52 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 53 stages, etc. with 4 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 57 stages, etc., with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 58 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine with generator and heat pump in 59 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times turbine energy generator cycle and combined with various energy storage cycle engines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters 5 times 2 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages for 1 to 12 turbine diameters 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with 4 to 4 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 6 stages etc. with 5 times turbine diameter of 1-12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 7 stages, etc., with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 8 stages etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 9 stages, etc. with a turbine shaft 4 times as large as 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc. with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 12 stages of 3 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 4 times 13 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 14 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 15 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 16 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 18 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 20 stages, etc., with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine diameter 4 times 1 to 12 on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 23 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 24 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled 27 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 29 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 30 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc. with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps provided in 32 stages, etc., with 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A) in 35 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 36 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 37 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are 5 times and 38 generators and heat pumps are provided in 38 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( 16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters doubled to 39 stages and so on with generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power turbine Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are tripled and 40 generators and heat pumps are provided in 40 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power turbine Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescence engines provided with generators and heat pumps in 41 stages, etc., with 4 times the diameter of 1 to 12 turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1 to 12 turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps in 43 stages etc. with 2 to 12 turbine diameters doubled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps in 44 stages, etc., with 1 to 12 turbine diameters tripled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescence engines provided with generators and heat pumps with 45 times the diameter of 1 to 12 turbines 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which generators and heat pumps are provided in 46 stages etc. with 5 times the diameter of 1-12 turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multistage structure + storage battery drive prime Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps in 47 stages, etc. with 1 to 12 turbine diameters doubled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the turbine horizontal axis (16A) with 5 turbine diameters of 1 to 12 units in 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 51 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 51 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 52 stages, etc., with a turbine horizontal axis (16A) of 3 to 12 turbine diameters tripled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 53 stages etc. with 4 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 57 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 58 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 59 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 59 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 60 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 60 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 1 to 12 turbine diameters 4 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in two stages of turbine diameter 5 times 1 to 12 on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 3 stages, etc., with a turbine horizontal axis (16A) with 1 to 12 turbine diameters doubled in 3 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 4 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with a turbine horizontal axis (16A) of 4 to 1 turbine diameter 4 times 5 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages, etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps in 8 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 9 stages, etc., with a turbine horizontal axis (16A) of 4 to 1 turbine diameter 4 times 9 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the turbine horizontal axis (16A) with 5 to 10 turbine diameters in 10 stages and so on.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 11 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 12 stages, etc., with a turbine horizontal axis (16A) of 3 to 12 turbine diameters 3 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages, etc., with 4 turbine diameters 4 to 12 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 14 stages with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages, etc., with 1 to 12 turbine diameters twice on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages of 3 to 1 turbine diameter 3 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 17 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine of various energy storage cycles, equipped with a generator and heat pump with 18 times the turbine diameter of 5 times assembling bolt assembly.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with generator and heat pump with 19 times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 20 times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 21 times the turbine diameter 4 times the turbine diameter.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 5 times the diameter of the fitting bolt assembly turbine in 22 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery for geothermal heating air + compression heat recovery for cold turbine exhaust + horizontal turbine (16A) of opposed rotor blades, 1 to 12 turbine diameters doubled to 23 stages, etc. Various energy conservation cycle coalescence engine provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery from geothermal heating air + compression heat recovery from cold turbine exhaust + horizontal axis (16A) of opposed rotor blades, 1 to 12 turbine diameters tripled to 24 stages, etc. Various energy conservation cycle coalescence engine provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery of the geothermal heating air + compression heat recovery of the cold turbine exhaust + a horizontal axis (16A) of opposed turbine blades 4 to 12 turbine diameters are increased to 25 stages, etc. Various energy conservation cycle coalescence engine provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery of geothermal heating air + compression heat recovery of cold turbine exhaust + horizontal turbine (16A) on the opposed rotor blades 5 times the diameter of 1-12 turbines to 26 stages, etc. Various energy conservation cycle coalescence engine provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery from geothermal heating air + compression heat recovery from cold turbine exhaust + horizontal turbine (16A) of opposed rotor blades, double turbine diameter of 1 to 12 turbines to 27 stages, etc. Various energy conservation cycle coalescence engine provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters tripled to 28 stages with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 29 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 30 stages etc. Energy conservation cycle coalescence engine provided with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters doubled to 31 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with a generator and heat pump in 33 stages etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescence engine with generator and heat pump in 34 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 36 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 37 stages etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters 5 times 38 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled to 39 stages etc. Various energy conservation cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times 41 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 42 stages etc. Various energy conservation cycle coalescence engine provided with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A) in 43 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 44 stages, etc., with 1 to 12 turbine diameters tripled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc., with 4 to 4 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 47 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages, etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 50 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 51 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 52 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines equipped with generators and heat pumps in 53 stages with 1 to 12 turbine diameters 4 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 5 times 54 stages etc. Various energy conservation cycle coalescence engine provided with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters doubled to 55 stages etc. with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1-12 turbine diameter tripled 56 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 57 stage etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 58 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 59 stages, etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 60 stages, etc., with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps provided with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in two stages with 1 to 12 turbine diameters 5 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters doubled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 4 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescence engines with generators and heat pumps in 6 stages with 1 to 12 turbine diameters 5 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1-12 turbine diameter doubled 7 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 8 stages etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 9 stages, etc. with a turbine shaft 4 times as large as 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc. with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 12 stages of 3 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages, etc. with 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 14 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages of 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 16 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 18 stages with 5 times the turbine diameter of 5 to 12 turbines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters are doubled in 19 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times 20 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 21 stages etc. Energy storage cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 22 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 24 stages, etc., with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 25 stages, etc., with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 26 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages, etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters tripled to 28 stages with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 29 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 30 stages etc. Energy conservation cycle coalescence engine provided with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters doubled to 31 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A) in 35 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 36 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 37 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 39 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps provided in 40 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 43 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters tripled 44 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of 45 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters 5 times 46 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1-12 turbine diameter doubled various energy storage cycle coalescence engine with generator and heat pump in 47 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages, etc., with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in the shaft (16A) with 5 times the diameter of 1-12 turbines and 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 51 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 52 stages, etc., with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines equipped with generators and heat pumps in 53 stages with 1 to 12 turbine diameters 4 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 5 times 54 stages etc. Various energy conservation cycle coalescence engine provided with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters doubled to 55 stages etc. with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1-12 turbine diameter tripled 56 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 57 stage etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 58 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 59 stages, etc., with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 60 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 4 to 12 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in two stages of turbine diameter 5 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages for 1 to 12 turbine diameters 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with 4 to 4 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 6 stages etc. with 5 times turbine diameter of 1-12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 7 stages, etc., with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 8 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all rotor blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with generators and heat pumps in 1 to 12 turbine diameters 5 times 10 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters doubled to 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled 12 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 14 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages, etc., with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages with 4 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 18 stages with 5 times the turbine diameter of 5 to 12 turbines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters are doubled in 19 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times 20 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 21 stages etc. Energy storage cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 22 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 24 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 25 stages, etc., with a turbine axis 4 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 26 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 29 stages, etc., with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 30 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc. with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps provided in 32 stages, etc., with 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 33 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generator and heat pump in 1 to 12 turbine diameters tripled to 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 37 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 39 stages, etc., with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 40 stages for 1 to 12 turbine diameters 3 times on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 43 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters tripled 44 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of 45 turbines etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters 5 times 46 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1-12 turbine diameter doubled various energy storage cycle coalescence engine with generator and heat pump in 47 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages, etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 50 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 51 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 52 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 53 stages, etc. with 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 54 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) in 55 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 56 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 57 stages etc. with 4 times turbine diameter of 4 to 12 on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 58 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine with generator and heat pump in 59 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times turbine energy generator cycle and combined with various energy storage cycle engines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters 5 times 2 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with 4 to 4 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages, etc., with 1 to 12 turbine diameters twice on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 8 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all rotor blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with generators and heat pumps in 1 to 12 turbine diameters 5 times 10 stages .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters doubled to 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled 12 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages, etc. with 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 14 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages of 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 16 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 18 stages etc. with 5 times the turbine diameter of 1-12 units on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 20 stages, etc., with 1 to 12 turbines 3 times the horizontal axis (16A) in 20 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 23 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 24 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled 27 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 30 stages, etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 31 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 33 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 5 times the diameter of the turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generator and heat pump in 1 to 12 turbine diameters tripled to 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 4 times the turbine diameter 37 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 39 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps provided in 40 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A) in 43 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 44 stages, etc., with 1 to 12 turbine diameters tripled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc., with 4 to 4 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 47 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which generators and heat pumps are provided in 48 stages, etc., with 1 to 12 turbine diameters tripled.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which generators and heat pumps are provided in 49 stages, etc., with 4 times the diameter of 1 to 12 turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps in 5 stages of 1 to 12 turbine diameters 50 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( 16A) Various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are doubled to 51 stages and so on with a generator and heat pump.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( 16A) Various energy storage cycle coalescing engines in which 1 to 12 turbines are tripled in diameter and provided with a generator and heat pump in 52 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescence engines in which 1 to 12 turbine diameters are quadruple and a generator and a heat pump are provided in 53 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescence engines provided with generators and heat pumps in 54 stages etc. with 5 times the diameter of 1-12 turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are doubled to 55 stages, etc., and a generator and heat pump are provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are tripled to 56 stages with generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps in 57 stages, etc., with 1 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 58 stages etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 59 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 59 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 60 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 60 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 1 to 12 turbine diameters 4 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in two stages of turbine diameter 5 times 1 to 12 on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 3 stages, etc., with a turbine horizontal axis (16A) with 1 to 12 turbine diameters doubled in 3 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times 4 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages, etc., with a turbine horizontal axis (16A) of 4 to 1 turbine diameter 4 times 5 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages, etc. with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps in 8 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 9 stages, etc., with a turbine horizontal axis (16A) of 4 to 1 turbine diameter 4 times 9 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the turbine horizontal axis (16A) with 5 to 10 turbine diameters in 10 stages and so on.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 11 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 12 stages, etc., with a turbine horizontal axis (16A) of 3 to 12 turbine diameters 3 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages, etc., with 4 turbine diameters 4 to 12 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 14 stages with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages, etc., with 1 to 12 turbine diameters twice on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages of 3 to 1 turbine diameter 3 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 17 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 18 stages, etc., with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 19 stages, etc. with a turbine horizontal axis (16A) of 2 to 1 turbine diameter doubled to 19 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 20 stages of 1 to 12 turbine diameters 3 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages with 5 times the diameter of 1-12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 24 stages, etc., with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 25 stages, etc. with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps in 26 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 27 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with generator and heat pump with 28 times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径4倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and a heat pump with 29 times the diameter of the fitting bolt assembly turbine assembly 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径5倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with 30 times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径2倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and heat pump with a turbine diameter doubled with a turbine diameter of 31 stages and so on.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+同径略同形の嵌合ボルト組立タービン径3倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are saved and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery is recovered from the cold turbine exhaust. Assembling engine with various energy storage cycles, equipped with a generator and a heat pump with 32 times the diameter of the fitting bolt assembly turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery of geothermal heating air + compression heat recovery of cold turbine exhaust + horizontal turbine (16A) of opposed rotor blades 4 to 1 turbine diameter 4 times 33 stages etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery of geothermal heating air + compression heat recovery of cold turbine exhaust + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A) is increased to 34 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Compressed heat recovery of geothermal heated air + Compressed heat recovery of cold turbine exhaust + Rotating turbine blades (16A) with 1 to 12 turbine diameters doubled to 35 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery of geothermal heating air + compression heat recovery of cold turbine exhaust + horizontal turbine (16A) of opposed rotor blades 3 to 3 turbine diameters in 36 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery of geothermal heating air + compression heat recovery of cold turbine exhaust + horizontal blades (16A) of opposed turbine blades 4 times the diameter of 1 to 12 turbines to 37 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameters 5 times 38 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled to 39 stages etc. Various energy conservation cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times 41 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 42 stages etc. Various energy conservation cycle coalescence engine provided with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 44 stages, etc., with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 45 stages, etc., with 4 to 4 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 47 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters tripled to 48 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 49 stages etc. with 4 times the turbine diameter 4 times .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times, etc. Various energy conservation cycle coalescence engine with generator and heat pump in 50 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters doubled 51 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled 52 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 53 stages, etc. with 4 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 54 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) in 55 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 56 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescence engine with generator and heat pump in 57 stages etc. with 4 times turbine diameter of 4 to 12 on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 58 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 59 stages, etc., with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 60 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 4 to 12 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in two stages of turbine diameter 5 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters doubled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 4 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy conservation cycle coalescence engines with generators and heat pumps in 6 stages with 1 to 12 turbine diameters 5 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1-12 turbine diameter doubled 7 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 8 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in the 9th stage of 4 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps with 11 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 12 stages of 3 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 4 times 13 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 14 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled 15 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 16 stages with 1 to 12 turbine diameters tripled .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 17 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 18 stages etc. with 5 times the turbine diameter of 1-12 units on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 20 stages, etc., with 1 to 12 turbines 3 times the horizontal axis (16A) in 20 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 23 stages, etc., with 1 to 12 turbine diameters 6 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 24 stages, etc., with 1 to 12 turbine diameters 7 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 25 stages, etc. with a turbine shaft diameter 8 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 26 stages etc. with 9 to 9 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters, 1x turbine diameter, 28 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled to 29 stages etc. Various energy conservation cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled 30 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages with 5 to 1 turbine diameter 5 times .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages etc. with 6 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages etc. with 7 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 35 stages, etc. with a turbine diameter of 1 to 12 turbines 8 times the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 36 stages with a turbine diameter of 1 to 12 turbines 9 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 37 stages etc. with a turbine diameter of 10 to 12 on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 1x Turbine with 38 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled to 39 stages etc. Various energy conservation cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times 41 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 5 times 42 stages etc. Various energy conservation cycle coalescence engine provided with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages etc. with 6 to 6 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 44 stages of 1 to 12 turbine diameters 7 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 45 stages, etc. with a turbine shaft diameter of 8 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 46 stages, etc. with a turbine shaft diameter 9 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 47 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages etc. with 1 to 12 turbine diameters 1x on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages etc. with double turbine diameter of 1-12 units on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in the horizontal axis (16A) with 3 to 1 turbine diameter tripled to 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 51 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 52 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 6 times 53 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 54 stages with 1 to 12 turbine diameters 7 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 8 times turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 1 to 12 turbine diameters 9 times 56 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 57 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 58 stages, etc., with 1 to 12 turbine diameters 1x on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 59 stages, etc. with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 60 stages, etc., with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps provided with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in two stages with 1 to 12 turbine diameters 5 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 6 times 3 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 7 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 8 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters 9 times 6 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Combined heat recovery + cold turbine exhaust compression heat recovery + opposed all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 7 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 8 stages, etc., with 1 to 12 turbine diameters 1x on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 9 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages of 3 to 1 turbine diameter 3 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 12 stages of 5 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages with 6 to 6 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 14 stages, etc., with 1 to 12 turbine diameters 7 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 8 times horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages with 1 to 12 turbine diameters 9 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 17 stages with a turbine shaft diameter of 10 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 1x turbine diameter 18 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters are doubled in 19 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times 20 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 21 stages etc. Energy storage cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 22 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 23 stages, etc., with 6 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 24 stages etc. with 1 to 12 turbine diameters 7 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 25 stages with 1 to 12 turbine diameters 8 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 26 stages, etc. with a turbine diameter 9 times 1 to 12 on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages, etc. with a turbine diameter of 10 to 12 on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters, 1x turbine diameter, 28 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters doubled to 29 stages etc. Various energy conservation cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled 30 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages with 5 to 1 turbine diameter 5 times .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages etc. with 6 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 34 stages etc. with 7 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 35 stages, etc. with a turbine axis of 8 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 36 stages, etc. with a turbine axis 9 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 37 stages, etc. with a turbine axis 10 times as many as 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 1 to 12 turbine diameters 1x on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 39 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps provided in 40 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 6 times 43 stages etc. Various energy conservation cycle coalescence engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 7 times turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 8 times 45 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 9 times 9 stages of various energy conservation cycle coalescence engine provided with generator and heat pump in 46 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 47 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine installed in multiple stages ) To save the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compressing the air heated by geothermal heat and heating the geothermal heated air + recovering the compressed heat recovery from the cold turbine exhaust + horizontally facing the opposed rotor blades horizontally Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages, etc., with 1 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 49 stages, etc., with 1 to 12 turbine diameters doubled on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in the shaft (16A) with 1 to 12 turbine diameters tripled to 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps installed in 51 stages, etc., with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 52 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 6 times 53 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 54 stages with 1 to 12 turbine diameters 7 times larger .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 8 times turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 1 to 12 turbine diameters 9 times 56 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 57 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 58 stages, etc., with 1 to 12 turbine diameters 1x on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 59 stages, etc., with 1 to 12 turbine diameters doubled on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 60 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 4 to 12 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in two stages of turbine diameter 5 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 3 stages etc. with 6 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 4 stages for 1 to 12 turbine diameters 7 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 8 times horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages etc. with 9 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 7 stages with 1 to 12 turbine diameters 10 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1-12 turbine diameters 1x turbine diameter 8 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines equipped with generator and heat pump in 1st to 12th turbine diameter doubled to 9 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps with 1 to 12 turbine diameters tripled to 10 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 4 times 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 12 stages of 5 to 12 turbine diameters .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 13 stages with 6 to 6 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 14 stages of 7 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 8 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages with 1 to 12 turbine diameters 9 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a generator and heat pump in 17 stages with 1 to 12 turbine diameters 10 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 1x turbine diameter 18 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters are doubled in 19 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 3 times 20 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 21 stages etc. Energy storage cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 22 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 23 stages, etc., with 1 to 12 turbine diameters 6 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 24 stages, etc., with 1 to 12 turbine diameters 7 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 25 stages, etc. with a turbine shaft diameter 8 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 26 stages etc. with 9 to 9 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 28 stages, etc., with 1 to 12 turbine diameters 1x on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 30 stages etc. with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with 4 turbine diameters 4 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 32 stages etc. with 5 times the turbine diameter of 1-12 units on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 6 times 33 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 7 times turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 8 times turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 9 times, various energy conservation cycle coalescence engine with generator and heat pump in 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 10 times the diameter of 37 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 38 stages etc. with 1 to 12 turbine diameters 1x on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 39 stages, etc., with 1 to 12 turbine diameters doubled on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 40 stages for 1 to 12 turbine diameters 3 times on shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 6 times 43 stages etc. Various energy conservation cycle coalescence engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 7 times turbines, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 8 times 45 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 9 times 9 stages of various energy conservation cycle coalescence engine provided with generator and heat pump in 46 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 47 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages etc. with 1 to 12 turbine diameters 1x on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 49 stages etc. with double turbine diameter of 1-12 units on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in the horizontal axis (16A) with 3 to 1 turbine diameter tripled to 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 51 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 52 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 53 stages, etc., with 6 to 6 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 54 stages, etc., with 1 to 12 turbine diameters 7 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 55 stages of 1 to 12 turbine diameters 8 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 56 stages, etc. with a turbine axis of 1 to 12 turbines 9 times the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 57 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation 1 to 26 times + sphere riser device (2F) with metal sphere liquid metal and specific material impact reducing material Ascending and storing + Compressing air heated by geothermal heat, heating and compressing geothermal heating air + Recovering cold turbine exhaust with compression heat + Combining with various calorie turbines + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps with 1 to 12 turbine diameters of 58 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation 1 to 26 times + sphere riser device (2F) with metal sphere liquid metal and specific material impact reducing material Ascending and storing + Compressing air heated by geothermal heat, heating and compressing geothermal heating air + Recovering cold turbine exhaust for compression heat recovery + Combined use with various gravity turbines + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters doubled to 59 stages etc. with generators and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation 1 to 26 times + sphere riser device (2F) with metal sphere liquid metal and specific material impact reducing material Ascending and storing + Compressing air heated by geothermal heat, heating and compressing geothermal heating air + Recovering cold turbine exhaust for compression heat recovery + Combined use with various gravity turbines + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps with 1 to 12 turbine diameters tripled to 60 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation 1 to 26 times + sphere riser device (2F) with metal sphere liquid metal and specific material impact reducing material Ascending and storing + Compressing air heated by geothermal heat, heating and compressing geothermal heated air + Recovering heat from cold turbine exhaust + Recovering compressed heat from turbine blades + 1 to 12 turbines 4 times the diameter of the opposed turbine blade horizontal axis (16A) Various energy storage cycle coalescing engines with a generator and heat pump in one stage.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の地熱発電でCO20発電にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) is converted to CO20 power generation by geothermal power generation 1 to 26 times + sphere riser device (2F) with metal sphere liquid metal and specific material impact reducing material Ascending and storing + Compressing air heated by geothermal heat, heating and compressing geothermal heating air + Recovering cold turbine exhaust with compression heat + Combining with various calorie turbines + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps with 1 to 12 turbines 5 times larger in 2 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with a variety of gravity-driven gravity turbines + 1 to 12 turbine diameters 6 times in 3 stages, etc. with opposed all blade turbine horizontal shaft (16A) Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 7 times 4 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 8 times 5 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters 9 times 6 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 turbine diameters in 7 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined with heat-driven various gravitational turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 8 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を69段に設けて1000倍発電量を狙う各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold heat turbine exhaust compression heat recovery + Exhaust air dissolved in deep ocean water etc. Opposing all blade turbine horizontal axis (16A), 1 to 12 turbine diameters are installed in 69 stages and 1000 times power generation Various energy conservation cycle coalescence engines aiming for quantity.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various amount of gravity turbines + Opposite all blade turbine horizontal axis (16A) 3 to 1 turbine diameter tripled to 10 stages generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 4 times 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbines 5 times the diameter of 12 turbines on the horizontal shaft (16A) facing the generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with turbines, various energy storage cycle coalescing engines with generators and heat pumps in 13 stages with 6 turbine diameters of 6 to 12 on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 14 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 8 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages of 1 to 12 turbine diameters 9 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with a turbine + various all-energy storage cycle coalescence engine with generators and heat pumps in 17 stages with 10 to 10 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 18 stages, etc., with 1 to 12 turbine diameters at the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with a turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 19 stages etc. with double turbine diameter of 1 to 12 on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 20 stages, etc., with 1 to 12 turbine diameters tripled on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with turbines + various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc., with 1 to 12 turbines 4 times the diameter of the opposed blade blade horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with turbines, various energy storage cycle coalescing engines with generators and heat pumps in 22 stages etc. with 5 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 23 stages etc. with 6 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various all-energy storage cycle coalescence engine with generators and heat pumps in 24 stages, etc., with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various all-energy storage cycle coalescing engine with 1 to 12 turbines 8 times the diameter of the turbine on the horizontal axis (16A) on the opposed turbine blade and a heat pump in 25 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various all-energy storage cycle coalescing engine with generators and heat pumps in 26 stages etc. with 9 to 12 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 27 stages etc. with 1 to 12 turbine diameters 10 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various all-energy storage cycle coalescing engine with 1 to 12 turbine diameters 1x with 28 stages, etc. on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 29 stages etc. with double turbine diameters of 1 to 12 on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 30 stages with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescing engine with 1 to 12 turbines 4 times the diameter of the turbine on the horizontal axis (16A) and a generator and heat pump in 31 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescing engine with a generator and heat pump in 32 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages, etc., with 6 turbine diameters of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages etc. with 7 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 35 stages, etc., with a turbine horizontal axis (16A) of 8 to 12 turbine diameters 8 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 36 stages, etc. with a turbine horizontal axis (16A) of 9 to 12 turbine diameters 9 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 37 stages, etc. with a turbine horizontal axis (16A) of 10 to 12 turbine diameters 10 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 38 stages, etc. with 1 to 12 turbine diameters at the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 39 stages etc. with double turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines, various energy storage cycle coalescing engines with generators and heat pumps in 40 stages, etc., with 1 to 12 turbine diameters tripled on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with a turbine + various all-energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc. with 4 times the turbine diameter 4 to 12 on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 43 stages with 6 to 6 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 44 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を105段に設けた対向金属球液体金属重力冷熱タービン中核地熱各種タービン多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines Used in combination with: + Opposite all rotor blades horizontal axis (16A) 1 to 12 turbine diameters 8 times larger than 105 stages opposed metal sphere liquid metal gravity cold heat turbine core geothermal various turbine multi stage etc. generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 46 stages, etc. with a turbine shaft diameter 9 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump installed in 47 stages etc. with 10 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 48 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with a variety of gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled to 49 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + Counter turbine blade horizontal shaft (16A), 1 to 12 turbine diameters tripled to 50 stages, generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 51 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 5 times 52 stages with generators and heat pumps on opposite horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 53 stages etc. with 6 to 6 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 54 stages, etc., with 1 to 12 turbine diameters 7 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 55 stages, etc., with 1 to 12 turbine diameters 8 times larger on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages etc. with a turbine diameter 9 times 1 to 12 on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 57 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 58 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Counter turbine blade horizontal shaft (16A) doubles turbine diameter from 1 to 12 to 59 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various amount of gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled to 60 stages generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times turbine energy generator cycle and combined with various energy storage cycle engines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbines 5 times larger in 2 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 3 stages with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 8 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages etc. with 9 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves metal sphere liquid metal and specific material impact reducing material ascending + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat source + various gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 7 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 8 stages with 1 to 12 turbine diameters 1 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 9 stages with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 10 stages of 1 to 12 turbine diameters 3 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 12 stages with 1 to 12 turbine diameters 5 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters 6 times 13 stages with generators and heat pumps on opposite horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times 14 stages with generators and heat pumps on the opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbines Horizontal axis (16A) 1 to 12 turbine diameters 8 times 15 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 9 times larger diameter 16 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 17 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 18 stages, etc. with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 20 stages with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine diameter 4 times 1 to 12 on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 22 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines 6 times the diameter of the opposed all blade turbine horizontal axis (16A) to 23 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times 24 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 25 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1-12 turbine diameter 9 times turbine energy generator cycle heat engine with 26 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters are increased to 27 stages, etc. with a counter-rotating blade turbine horizontal axis (16A) generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 1st to 12th turbine diameters in 28 stages on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with 1 to 12 turbine diameters doubled in 29 stages, etc. on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 30 stages, etc., with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with 4 turbine diameters 4 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 32 stages with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 33 stages etc. with 6 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 34 stages etc. with 7 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 35 stages with 1 to 12 turbine diameters 8 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 36 stages, etc. with a turbine axis 9 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 37 stages, etc. with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters are increased to 38 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal axis (16A) Doubles turbine diameter from 1 to 12 to 39 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled to 40 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times 41 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 5 to 12 turbine diameters in 42 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined use + various energy storage cycle coalescence engine with generator and heat pump in 43 stages etc. with 6 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 44 stages, etc., with 1 to 12 turbine diameters 7 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 45 stages with 1 to 12 turbine diameters 8 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages with 1 to 12 turbine diameters 9 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 47 stages with 1 to 12 turbine diameters 10 times the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 48 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with a variety of gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled to 49 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + Counter turbine blade horizontal shaft (16A), 1 to 12 turbine diameters tripled to 50 stages, generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 51 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 5 times 52 stages with generators and heat pumps on opposite horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 53 stages etc. with 6 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump installed in 54 stages, etc. with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 55 stages with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 56 stages etc. with a turbine shaft diameter of 9 to 12 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 57 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 58 stages, etc. with 1 to 12 turbine diameters multiplied by the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 59 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, with generators and heat pumps in 60 stages, etc. with 3 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 4 to 12 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in two stages with 1 to 12 turbine diameters 5 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with a variety of gravity-driven gravity turbines + 1 to 12 turbine diameters 6 times in 3 stages, etc. with opposed all blade turbine horizontal shaft (16A) Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 7 times 4 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 8 times 5 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters 9 times 6 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 turbine diameters in 7 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 8 stages etc. with 1 to 12 turbine diameters 1x on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 9 stages, etc., with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 10 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 11 stages with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 12 stages with 5 times the turbine diameter of 1 to 12 turbines on opposite horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters 6 times 13 stages with generators and heat pumps on opposite horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times 14 stages with generators and heat pumps on the opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbines Horizontal axis (16A) 1 to 12 turbine diameters 8 times 15 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 9 times larger diameter 16 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 17 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 18 stages etc. with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 20 stages with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 22 stages with 5 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump installed in 23 stages, etc., with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 24 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, with generator and heat pump installed in 25 stages with 1 to 12 turbine diameters 8 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 26 stages etc. with 9 to 9 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 27 stages etc. with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters are increased to 28 stages, etc. with opposed all blade turbine horizontal shaft (16A) Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + cold turbine exhaust is compressed heat recovery + combined use with various heat energy driven gravity turbines + 1 to 12 turbine diameters are doubled to 29 stages, etc. on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with a variety of gravity turbines + Opposite all blade turbine horizontal shaft (16A) 3 to 1 turbine diameter is increased to 30 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 5 to 12 turbine diameters to 32 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescence engine with generator and heat pump installed in 33 stages, etc. with 6 turbine diameters of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 34 stages etc. with 7 to 12 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 35 stages, etc., with 1 to 12 turbine diameters 8 times larger on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 36 stages with a turbine diameter of 1 to 12 turbines 9 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 37 stages, etc., with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters are increased to 38 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal axis (16A) Doubles turbine diameter from 1 to 12 to 39 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled to 40 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times 41 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 5 to 12 turbine diameters in 42 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 43 stages with 6 to 6 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 44 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump in 45 stages, etc. with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 46 stages, etc. with a turbine shaft diameter 9 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump installed in 47 stages etc. with 10 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 48 stages etc. with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump installed in 49 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescing engine with generator and heat pump installed in 50 stages, etc., with 3 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 51 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 52 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 6 times 53 stages with generators and heat pumps with opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 7 to 12 turbine diameters are increased to 54 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 8 to 12 turbine diameters are increased to 55, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 1 to 12 turbine diameters 9 times 56 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 57 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 58 stages etc. with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 59 stages, etc., with 1 to 12 turbine diameters doubled on opposite horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 60 stages etc. with 3 times the turbine diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps provided with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in two stages with 1 to 12 turbine diameters 5 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with a variety of gravity-driven gravity turbines + 1 to 12 turbine diameters 6 times in 3 stages, etc. with opposed all blade turbine horizontal shaft (16A) Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 7 times 4 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 8 times 5 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with 1 to 12 turbine diameters 9 times 6 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 turbine diameters in 7 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 8 stages with 1 to 12 turbine diameters 1 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 9 stages with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 10 stages of 1 to 12 turbine diameters 3 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 12 stages with 1 to 12 turbine diameters 5 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump installed in 13 stages etc. with 6 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を14段に設けて1000倍発電量を狙う各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the exhaust air into the deep ocean Various energy conservation cycle coalescing engines aiming at 1000 times power generation by providing 1 to 12 turbine diameters 7 times in 14 stages on the opposed horizontal blade turbine horizontal axis (16A) that dissolves in water or the like.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines Combined with + various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 8 times on the opposed all-blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages with 1 to 12 turbine diameters 9 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 17 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 18 stages, etc., with 1 to 12 turbine diameters 1x on the opposed all-blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 20 stages, etc., with 1 to 12 turbines tripled in diameter on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescence engines provided with generators and heat pumps in 21 stages, etc. with 4 times the diameter of 1 to 12 turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages with 1 to 12 turbine diameters 5 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multistage structure + storage battery drive prime Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps installed in 23 stages, etc. with 1 to 12 turbine diameters 6 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 24 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multistage structure + storage battery drive prime Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 25 stages with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbines are 9 times larger in diameter and are equipped with generators and heat pumps in 26 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 27 stages etc. with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with turbines, various energy storage cycle coalescence engines with generators and heat pumps in 28 stages, etc. with 1 to 12 turbine diameters 1 × on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 29 stages etc. with double turbine diameters of 1 to 12 on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of material-critical substances are raised and stored. Combined with the turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 30 stages with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 31 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with turbines, various energy storage cycle coalescing engines with generators and heat pumps in 32 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with turbines, various energy storage cycle coalescing engines with generators and heat pumps in 33 stages, etc. with 6 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with a turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 34 stages etc. with 7 to 12 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with turbines + various energy storage cycle coalescing engines with generators and heat pumps in 35 stages and so on, with 1 to 12 turbine diameters 8 times larger on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with a turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 36 stages with 1 to 12 turbine diameters 9 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with a turbine + various all-energy storage cycle coalescing engine with generator and heat pump in 37 stages etc. with 10 to 10 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 38 stages, etc. with 1 to 12 turbine diameters at the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 39 stages etc. with double turbine diameter of 1 to 12 turbines on opposite horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 40 stages with 1 to 12 turbine diameters tripled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine with generator and heat pump installed in 41 stages etc. with 4 times the turbine diameter 4 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with turbines + various energy storage cycle coalescing engines with generators and heat pumps in 43 stages with 6 turbine diameters of 6 to 12 on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine with generator and heat pump installed in 44 stages etc. with 7 to 12 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 45 stages with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 46 stages etc. with 9 times the turbine diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 47 stages etc. with 10 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages, etc., with 1 to 12 turbine diameters with turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 49 stages, etc., with 1 to 12 turbine diameters doubled on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the turbine horizontal axis (16A) with 3 to 1 turbine diameter 3 times 50 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 51 stages, etc., with a turbine horizontal axis (16A) of 4 to 12 turbine diameters 4 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 52 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with turbines + various energy storage cycle coalescing engines with generators and heat pumps in 53 stages etc. with 6 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine with generators and heat pumps in 54 stages etc. with 7 to 7 turbine diameters on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with turbines, various energy storage cycle coalescing engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters 8 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with turbines + various energy storage cycle coalescing engines with generators and heat pumps in 56 stages, etc., with 9 to 10 turbine diameters on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 57 stages etc. with 1 to 12 turbine diameters 10 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines with generators and heat pumps in 58 stages, etc. with 1 to 12 turbine diameters 1x on the horizontal shaft (16A) facing all rotor blades that dissolve in deep water.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines with generators and heat pumps in 59 stages etc. with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed all rotor blades that dissolves in deep water etc.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines with generators and heat pumps in 60 stages, etc., with 3 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed all blade turbines that dissolve in deep water.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines equipped with generators and heat pumps in one stage with 1 to 12 turbines 4 times the diameter of the opposed rotor blade horizontal axis (16A) that dissolves in deep water etc.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines equipped with generators and heat pumps in two stages with 1 to 12 turbine diameters 5 times on the horizontal axis (16A) of the opposed all rotor blades dissolved in deep water.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Collected by geothermal air heater (2z) + head rise as much as possible with pumping device (1J) + metal sphere liquid metal and specific material impact reducing material are elevated and stored with increase ball lift device (2F) + geothermal Compressed heating air to heat heated geothermal heated air + Compressed heat recovery for cold turbine exhaust + Compressed heat recovery for exhaust from cold turbine + Used in combination with heat-driven various gravity turbines + 1 to 12 turbines with opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines equipped with generators and heat pumps with 6 times the diameter in 3 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Collected by geothermal air heater (2z) + head rise as much as possible with pumping device (1J) + metal sphere liquid metal and specific material impact reducing material are elevated and stored with increase ball lift device (2F) + geothermal Compressed heating air, heated geothermal heated air heated compressed heat recovery + chilled turbine exhaust compressed heat recovery + combined with heat-driven various gravity turbines + 1 to 12 turbines on opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines equipped with generators and heat pumps with 7 times the diameter in 4 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Collected by geothermal air heater (2z) + head rise as much as possible with pumping device (1J) + metal sphere liquid metal and specific material impact reducing material are elevated and stored with increase ball lift device (2F) + geothermal Compressed heating air, heated geothermal heated air heated compressed heat recovery + chilled turbine exhaust compressed heat recovery + combined with heat-driven various gravity turbines + 1 to 12 turbines on opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines equipped with generators and heat pumps with 5 times the diameter 8 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Collected by geothermal air heater (2z) + head rise as much as possible with pumping device (1J) + metal sphere liquid metal and specific material impact reducing material are elevated and stored with increase ball lift device (2F) + geothermal Compressed heating air, heated geothermal heated air heated and compressed heat recovered + compressed heat recovered from chilled turbine exhaust + opposed turbine blade horizontal shaft (16A), generating 9 to 9 turbine diameters to 6 stages, etc. Various energy conservation cycle coalescing engines equipped with machines and heat pumps.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+揚水装置(1J)で落差を可能な限り上昇+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Collected by geothermal air heater (2z) + head rise as much as possible with pumping device (1J) + metal sphere liquid metal and specific material impact reducing material are elevated and stored with increase ball lift device (2F) + geothermal Compressed heating air to heat heated geothermal heated air + Compressed heat recovery for cold turbine exhaust + Compressed heat recovery for exhaust from cold turbine + Used in combination with heat-driven various gravity turbines + 1 to 12 turbines with opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines equipped with a generator and heat pump in 7 stages with a diameter of 10 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined with heat-driven various gravitational turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 8 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) Double turbine diameter from 1 to 12 turbines to 9 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various amount of gravity turbines + Opposite all blade turbine horizontal axis (16A) 3 to 1 turbine diameter tripled to 10 stages generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 4 times 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbines 5 times the diameter of 12 turbines on the horizontal shaft (16A) facing the generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 13 stages etc. with 6 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescence engine with generator and heat pump in 14 stages with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 8 times larger on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages with 1 to 12 turbine diameters 9 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 17 stages of 1 to 12 turbine diameters 10 times on the opposed all-blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters are increased to 18 stages, etc. with opposed all blade turbine horizontal shaft (16A) Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + Counter turbine blade horizontal axis (16A) 1 to 12 turbine diameters doubled to 19 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Used in various amount of gravity turbines + Opposite all blade turbine horizontal axis (16A), 1 to 12 turbine diameters tripled to 20 stages, generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 21 stages etc. Energy storage cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbines with a horizontal axis (16A) with a horizontal axis (16A) of 5 to 22 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump installed in 23 stages, etc., with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 24 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, with generator and heat pump installed in 25 stages with 1 to 12 turbine diameters 8 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 26 stages etc. with 9 to 9 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 27 stages etc. with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 1st to 12th turbine diameters in 28 stages on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with 1 to 12 turbine diameters doubled in 29 stages, etc. on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 30 stages, etc., with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with 4 turbine diameters 4 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 32 stages with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine + storage battery drive prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of specific critical substances are stored and stored. + The compressed air is heated by compressing the air heated by geothermal heat. + Energy storage cycle coalescing engine with generator and heat pump installed in 33 stages, etc. with 6 to 6 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine + storage battery drive prime + increasing sphere raising device (2F) The metal ball liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat is recovered by compressing the air heated by geothermal heat. + Energy conservation cycle coalescence engine with generator and heat pump in 34 stages etc. with 1 to 12 turbine diameters 7 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine + storage battery drive prime + increasing sphere raising device (2F) The metal ball liquid metal and the material that reduces the impact of material-critical substances are stored and stored. + Compressed heat is recovered by compressing the air heated by geothermal heat. + Energy conservation cycle coalescence engine with generator and heat pump in 35 stages etc. with turbine diameter 8 times as many as 1-12 on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine + storage battery drive prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material to reduce the impact of material-critical substances are stored and stored. + Compressed heat recovery by heating the geothermal heating air by compressing the air heated by geothermal heat + Compressed heat recovery for the cold turbine exhaust + Horizontal axis of the opposed all blade (16A) 1 to 12 turbine diameters 9 times, various energy storage cycle coalescing engines provided with generators and heat pumps in 36 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine + storage battery drive prime + increasing sphere raising device (2F) The metal sphere liquid metal and the material that reduces the impact of specific critical substances are stored and stored. + The compressed air is heated by compressing the air heated by geothermal heat. + Energy conservation cycle coalescence engine with generator and heat pump in 37 stages with 1 to 12 turbine diameters 10 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 1 to 12 turbine diameters 1x on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 39 stages etc. with double turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 40 stages, etc. with 3 times the turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 6 times 43 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + Opposite all blade turbine horizontal shaft (16A) 7 to 12 turbine diameters in 44 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Combined use in various gravity turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 8 times 45 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 9 times 9 stages of various energy conservation cycle coalescence engine provided with generator and heat pump in 46 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 times the turbine diameter to 47 stages generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 48 stages etc. with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump installed in 49 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescing engine with generator and heat pump installed in 50 stages, etc., with 3 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 51 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 52 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 53 stages etc. with 6 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump installed in 54 stages, etc. with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 55 stages with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 56 stages, etc. with a turbine axis of 1 to 12 turbines 9 times the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 57 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 58 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Counter turbine blade horizontal shaft (16A) doubles turbine diameter from 1 to 12 to 59 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various amount of gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled to 60 stages generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times turbine energy generator cycle and combined with various energy storage cycle engines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbines 5 times larger in 2 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters 6x on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 7 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages with 1 to 12 turbine diameters 9 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined use + various energy storage cycle coalescing engines with generators and heat pumps in 7 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined with heat-driven various gravitational turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 8 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) Double turbine diameter from 1 to 12 turbines to 9 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various amount of gravity turbines + Opposite all blade turbine horizontal axis (16A) 3 to 1 turbine diameter tripled to 10 stages generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 4 times 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbines 5 times the diameter of 12 turbines on the horizontal shaft (16A) facing the generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves metal sphere liquid metal and specific material impact reducing material ascending + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat source + various gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 13 stages etc. with 6 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 14 stages of 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines Combined with + various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 8 times on the opposed all-blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages with 1 to 12 turbine diameters 9 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 17 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 18 stages etc. with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 20 stages with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 22 stages with 5 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines 6 times the diameter of the opposed all blade turbine horizontal axis (16A) to 23 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times 24 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 25 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1-12 turbine diameter 9 times turbine energy generator cycle heat engine with 26 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters are increased to 27 stages, etc. with a counter-rotating blade turbine horizontal axis (16A) generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 29 stages, etc., with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 30 stages with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 31 stages etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 32 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 6 times 33 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径2〜12倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Drives turbine diameter 2 to 12 times of opposed full-blade pusher turbine + Opposite full-rotary turbine horizontal axis with geothermal air heater (2z) inserted into borehole drilling hole (16A) Various energy storage cycle coalescing engines provided with generators and heat pumps in 34 stages etc. with 1 to 12 turbine diameters 7 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Combined use with various heat-driven gravity turbines + 1 to 12 turbines 8 times the diameter of the opposed turbine blade horizontal shaft (16A) to 35 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 9 times, various energy conservation cycle coalescence engine with generator and heat pump in 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 turbine diameters to 37 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38多段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 38 multi-stages with 1 to 12 turbine diameters at the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, with generators and heat pumps installed in 39 stages, etc. with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 40 stages for 1 to 12 turbine diameters 3 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 43 stages with 6 to 6 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 44 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump in 45 stages, etc. with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 46 stages, etc. with a turbine shaft diameter 9 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump installed in 47 stages etc. with 10 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 48 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with a variety of gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters doubled to 49 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + Counter turbine blade horizontal shaft (16A), 1 to 12 turbine diameters tripled to 50 stages, generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 51 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 5 times 52 stages with generators and heat pumps on opposite horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 53 stages etc. with 6 to 6 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 54 stages, etc., with 1 to 12 turbine diameters 7 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 55 stages, etc., with 1 to 12 turbine diameters 8 times larger on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages etc. with a turbine diameter 9 times 1 to 12 on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 57 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 58 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Counter turbine blade horizontal shaft (16A) doubles turbine diameter from 1 to 12 to 59 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various amount of gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled to 60 stages generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times turbine energy generator cycle and combined with various energy storage cycle engines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbines 5 times larger in 2 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 3 stages with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 8 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages etc. with 9 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves metal sphere liquid metal and specific material impact reducing material ascending + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat source + various gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 7 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 8 stages with 1 to 12 turbine diameters 1 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 9 stages with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 10 stages of 1 to 12 turbine diameters 3 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 12 stages with 1 to 12 turbine diameters 5 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters 6 times 13 stages with generators and heat pumps on opposite horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times 14 stages with generators and heat pumps on the opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbines Horizontal axis (16A) 1 to 12 turbine diameters 8 times 15 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbines 9 times larger diameter 16 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 17 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 18 stages, etc. with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 20 stages with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine diameter 4 times 1 to 12 on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 22 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines 6 times the diameter of the opposed all blade turbine horizontal axis (16A) to 23 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times 24 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 25 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1-12 turbine diameter 9 times turbine energy generator cycle heat engine with 26 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters are increased to 27 stages, etc. with a counter-rotating blade turbine horizontal axis (16A) generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 1st to 12th turbine diameters in 28 stages on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with 1 to 12 turbine diameters doubled in 29 stages, etc. on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 30 stages, etc., with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with 4 turbine diameters 4 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 32 stages with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 33 stages etc. with 6 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 34 stages etc. with 7 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 35 stages with 1 to 12 turbine diameters 8 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 36 stages, etc. with a turbine axis 9 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 37 stages, etc. with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters are increased to 38 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal axis (16A) Doubles turbine diameter from 1 to 12 to 39 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled to 40 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times 41 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 5 to 12 turbine diameters in 42 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined use + various energy storage cycle coalescence engine with generator and heat pump in 43 stages etc. with 6 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向金属球液体金属重力冷熱タービン中核地熱各種タービン44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + spheres of opposed metal spheres Liquid metal gravity refrigeration turbines Core geothermal turbines Various energy storage cycle coalescing engines equipped with generators and heat pumps in 44 stages of various turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 45 stages with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages with 8 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 47 stages etc. with 9 to 12 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 times the turbine diameter to 48 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Heat-driven various gravity turbines are used in combination + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A) to 49 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal axis (16A) Double turbine diameter from 1 to 12 turbines to 50 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery for cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 1 to 12 turbine diameters tripled to 51 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Counter turbine blade horizontal axis (16A) 1 to 12 turbine diameters 4 times 52 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 53 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 54 stages with 1 to 12 turbine diameters 6 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 55 stages with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 56 stages, etc., with 1 to 12 turbine diameters 8 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 57 stages with 1 to 12 turbine diameter 9 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 58 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 59 stages, etc., with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 60 stages etc. with double turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in two stages with 1 to 12 turbine diameters 4 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat driven various gravity turbines + 1 to 12 turbines 5 times larger in 3 stages, etc. with opposed all blade turbine horizontal shaft (16A) Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 6 to 12 turbine diameters in 4 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal axis (16A) 7 to 7 turbine diameters in 5 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 1 to 12 turbine diameters 8 times 6 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat driven various gravity turbines + Counter turbine blade horizontal shaft (16A) 1-12 turbine diameter 9 times 7 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 8 stages with 1 to 12 turbine diameters 10 times on the opposed full blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engine with 1 to 12 turbine diameters 1 × 9 in 9 stages etc. on opposite horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 10 stages with 1 to 12 turbine diameters doubled on opposite horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 11 stages, etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 12 stages with 4 times the diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 5 times 13 stages with generators and heat pumps on opposed horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie drive Used in combination with various gravity turbines + Counter turbine blade horizontal shaft (16A) 6 to 12 turbine diameters in 14 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + cold turbine exhaust is compressed heat recovery + combined use with various heat-driven gravity turbines + 1 to 12 turbine diameters 7 times on 15-stage generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 8 times 16 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with a variety of gravity-driven gravity turbines + 1 to 12 turbines 9 times the diameter of the opposed all blade turbine horizontal axis (16A) to 17 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 18 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves metal sphere liquid metal and specific material impact reducing material ascending + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat source + various gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 19 stages etc. with 1 to 12 turbine diameters 1 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 20 stages of 1 to 12 turbine diameters double on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 21 stages, etc., with 1 to 12 turbine diameters tripled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 22 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump installed in 23 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 24 stages of 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 25 stages for 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 26 stages, etc. with a turbine shaft diameter 8 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps installed in 27 stages, etc. with 1 to 12 turbine diameters 9 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps installed in 28 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages, etc., with 1 to 12 turbine diameters 1x on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multistage structure + storage battery drive prime Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 30 stages, etc., with double turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps in 3 stages of 1 to 12 turbine diameters in 31 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps installed in 32 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 33 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 34 stages etc. with 6 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multistage structure + storage battery drive prime Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps installed in 35 stages, etc., with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbines are 8 times larger in diameter and are equipped with a generator and heat pump in 36 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps installed in 37 stages, etc., with 1 to 12 turbine diameters 9 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines + various energy storage cycle coalescing engines equipped with generators and heat pumps in 38 stages with 1 to 12 turbine diameters 10 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine with generators and heat pumps in 39 stages etc. with 1 to 12 turbine diameters at the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescence engine with generators and heat pumps in 40 stages with 1 to 12 turbine diameters doubled on opposite horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc., with 3 times the diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 4 times the diameter of the turbine of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines, various energy storage cycle coalescence engines with generators and heat pumps in 43 stages etc. with 5 times the diameter of 1 to 12 turbines in the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with a turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps, etc. in 44 stages with 6 to 12 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines, various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc., with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with a turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 46 stages etc. with 8 times the turbine diameter 8 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 47 stages etc. with 9 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps installed in 48 stages, etc., with a turbine axis of opposite all blade turbines (16A) 10 to 12 times the turbine diameter 10 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 49 stages etc. with 1 to 12 turbine diameters 1x on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps, etc., with double turbine diameter of 1 to 12 turbines in 50 stages, etc. on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines + various energy storage cycle coalescing engines with generators and heat pumps in 51 stages etc. with 3 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescing engine with generators and heat pumps in 52 stages etc. with 4 times the turbine diameter 4 to 12 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with a generator and heat pump in 53 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 54 stages etc. with 6 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescing engine with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed turbine blades and 55 stages etc. equipped with a generator and heat pump.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 56 stages etc. with 8 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescing engines with generators and heat pumps in 57 stages etc. with a turbine diameter of 1 to 12 turbines 9 times larger on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 58 stages with 1 to 12 turbine diameters 10 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 59 stages, etc. with 1 to 12 turbine diameters with turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 60 stages, etc., with a turbine horizontal axis (16A) of 1 to 12 turbine diameters doubled to 60 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 1 to 12 turbine diameters 3 times on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in two stages, 1 to 12 turbine diameters 4 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines + various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 5 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined use with turbines + various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 6 turbine diameters of 6 to 12 on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with a turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 7x on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with a turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 6 stages with 1 to 12 turbine diameters 8 times on the horizontal axis (16A) of opposed all blade turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 7 stages with 1 to 12 turbine diameters 9 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines equipped with generators and heat pumps in 8 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A) that dissolves in deep water etc.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing air heated by geothermal heat + Recovered heat from cold turbine exhaust + Recovered exhaust air from ocean Various energy storage cycle coalescing engines equipped with generators and heat pumps in 9 stages, etc. with 1 to 12 turbine diameters 1 times on the opposed horizontal blade turbine horizontal axis (16A) that dissolves in deep water etc.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines with generators and heat pumps installed in 10 stages, etc., with 1 to 12 turbine diameters doubled on opposite horizontal blade turbine horizontal axis (16A) that dissolves in deep water etc.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc., with 3 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed all blade turbine that dissolves in deep water etc.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing air heated by geothermal heat + Recovered heat from cold turbine exhaust + Recovered exhaust air from ocean Various energy storage cycle coalescing engines with generators and heat pumps in 12 stages of 4 to 12 turbine diameters on the horizontal axis (16A) of the opposed all blade turbine that dissolves in deep water.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Heat recovery compression heat from geothermal heating air + Compression heat recovery from cold turbine exhaust + Combined use with heat-driven various gravity turbines + 13 turbine diameters of 1 to 12 turbines at 13 times the horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Heat recovery compression heat from geothermal heated air + Compression heat recovery from cold turbine exhaust + Combined use with various heat energy driven gravity turbines + Opposite all blade turbine horizontal axis (16A) 14 times turbine diameter 6 times 14 Various energy storage cycle coalescing engines with generators and heat pumps in stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Heat recovery compression heat from geothermal heating air + Compression heat recovery from cold turbine exhaust + Combined use with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times on the opposed all blade turbine horizontal axis (16A) 15 Various energy storage cycle coalescing engines with generators and heat pumps in stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery from the geothermal heating air + compression heat recovery from the cold turbine exhaust + 1 to 12 turbines with a horizontal axis (16A) on the opposed rotor blades horizontal axis (16A) to 16 stages, etc. Various energy conservation cycle coalescence engine provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Heat recovery compression heat from geothermal heating air + Compression heat recovery from cold turbine exhaust + Combined use with various heat-powered gravity turbines + 17 turbine diameters of 1 to 12 turbines with a horizontal axis (16A) of 17 Various energy storage cycle coalescing engines with generators and heat pumps in stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 18 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of the opposed rotor blades with a horizontal axis (16A) of 19 stages, etc. Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) Double turbine diameter from 1 to 12 turbines to 20 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 21 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with a variety of gravity-driven gravity turbines + Opposite all blade turbine horizontal shaft (16A) 4 to 12 turbine diameters in 22 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescence engine with generator and heat pump installed in 23 stages etc. with 5 times the turbine diameter of 1-12 units on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 24 stages with 1 to 12 turbine diameters 6 times on the opposed all-blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 25 stages with 1 to 12 turbine diameters 7x on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 26 stages etc. with a turbine diameter of 1 to 12 on the shaft (16A) 8 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 27 stages, etc., with 1 to 12 turbine diameters 9 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 10 to 12 turbine diameters in 28 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 29 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Calorie drive for various gravity turbines + Opposite all blade turbine horizontal shaft (16A) Doubles turbine diameter of 1 to 12 to 30 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled to 31 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal shaft (16A) 4 to 12 turbine diameters to 32 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump installed in 33 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump in 34 stages etc. with 6 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy saving cycle coalescence engine with generator and heat pump in 35 stages etc. with 7 times the diameter of turbine of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 36 stages, etc. with a turbine shaft of 8 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump installed in 37 stages etc. with 1 to 12 turbine diameters 9 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 38 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with a turbine horizontal axis (16A) of 1 to 12 turbine diameters and a generator and heat pump in 39 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 40 stages with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 42 stages etc. with 4 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 5 times 43 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters 6 times 44 stages with generators and heat pumps on opposite horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Combined use with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times 45 stages with generators and heat pumps on opposed horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 8 times 46 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal axis (16A) 9 to 9 turbine diameters in 47 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 48 stages with 1 to 12 turbine diameters 10 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 49 stages, etc. with 1 to 12 turbine diameters 1x on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 50 stages with double turbine diameters of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 51 stages, etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 52 stages etc. with 4 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie drive combined use with various gravity turbines + 1 to 12 turbine diameters 5 times 53 stages etc Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 6 times 54 stages with generators and heat pumps with opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times on 55-stage generators and heat pumps with opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 8 times 56 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 57 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 58 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 59 stages, etc., with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 60 stages etc. with double turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in two stages with 1 to 12 turbine diameters 4 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 3 stages with 1 to 12 turbine diameters 5 times on the horizontal axis (16A) facing all rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 6 stages, etc. with a turbine shaft diameter 8 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 7 stages with 1 to 12 turbine diameters 9 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 turbine diameters in 8 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 9 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbine diameters are doubled to 10 stages on the horizontal shaft (16A) facing the generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 3 times 11 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 12 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 13 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 14 stages with 1 to 12 turbine diameters 6 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages of 8 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 17 stages with 1 to 12 turbine diameters 9 times on the opposed full blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 18 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of the opposed rotor blades with a horizontal axis (16A) of 19 stages, etc. Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) Double turbine diameter from 1 to 12 turbines to 20 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 21 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with a variety of gravity-driven gravity turbines + Opposite all blade turbine horizontal shaft (16A) 4 to 12 turbine diameters in 22 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump installed in 23 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 24 stages with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 25 stages for 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 26 stages, etc., with a turbine axis 8 times 1 to 12 in the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps installed in 27 stages, etc. with 1 to 12 turbine diameters 9 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 28 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with 1 to 12 turbine diameters of 1 to 12 turbines in 29 stages, etc. on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves metal sphere liquid metal and specific material impact reducing material ascending + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat source + various gravity turbines + Combined engine with various energy storage cycles, equipped with generator and heat pump in 30 stages with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 32 stages etc. with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters are increased to 33 stages, etc. on the horizontal shaft (16A) of the opposed rotor blades. Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+質量駆動タービン6駆動水と排気で熱量駆動タービン排気を冷却+対向金属球液体金属重力冷熱タービン中核地熱各種タービン34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Mass driven turbine 6 Drive water and exhaust cools heat-driven turbine exhaust + Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal turbine 34 stages etc. are equipped with generators and heat pumps Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + Opposite all blade turbine horizontal axis (16A) 7 to 7 turbine diameters in 35 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 8 times 36-stage etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A) of 9 to 37 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 38 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 39 stages, etc. with 1 to 12 turbine diameters 1x on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 40 stages with double turbine diameters of 1 to 12 on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps in 41 stages, etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 42 stages, etc. with 4 times the turbine diameter of 1 to 12 units on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 5 times 43 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters 6 times 44 stages with generators and heat pumps on opposite horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Combined use with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times 45 stages with generators and heat pumps on opposed horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 8 times 46 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal axis (16A) 9 to 9 turbine diameters in 47 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 48 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, with 1 to 12 turbine diameters 1x on 49 stages, etc. on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, with generator and heat pump installed in 50 stages, etc. with double turbine diameter of 1-12 units on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 51 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 52 stages with 1 to 12 turbine diameters 4 times the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 53 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 54 stages with 1 to 12 turbine diameters 6 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 55 stages with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 56 stages, etc., with 1 to 12 turbine diameters 8 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 57 stages with 1 to 12 turbine diameter 9 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal shaft (16A) 10 to 10 times the turbine diameter to 58 stages generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbines, 59 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + Counter turbine blade horizontal shaft (16A) Double turbine diameter from 1 to 12 turbines to 60 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled to 1 stage etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravitational turbines + Opposite all blade turbine horizontal shaft (16A) 4 to 12 turbine diameters in 2 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 3 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 4 stages, etc., with 1 to 12 turbine diameters 6 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 7x on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages with 1 to 12 turbine diameters 8 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 7 stages with 1 to 12 turbine diameters 9 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 turbine diameters in 8 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 9 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbine diameters are doubled to 10 stages on the horizontal shaft (16A) facing the generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 3 times 11 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 12 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 13 stages with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump in 14 stages with 1 to 12 turbine diameters 6 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages of 1 to 12 turbine diameters 8 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 17 stages with 1 to 12 turbine diameters 9 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 18 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 19 stages, etc. with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 20 stages of 1 to 12 turbine diameters double on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 21 stages, etc., with 1 to 12 turbine diameters tripled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 22 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal axis (16A) 5 to 15 turbine diameters in 23 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie drive Used in combination with various gravity turbines + 1 to 12 turbine diameters 6 times 24 stages with generators and heat pumps on opposed horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Combined with heat-driven various gravitational turbines + 1 to 12 turbine diameters 7 times on 25-stage generators and heat pumps with opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 8 times turbine generators and heat pumps, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 9 times 27 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 28 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 29 stages etc. with 1 to 12 turbine diameters 1 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 30 stages etc. with double turbine diameter of 1 to 12 on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 31 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 32 stages with 4 times the turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters are increased to 33 stages, etc. on the horizontal shaft (16A) of the opposed rotor blades. Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters 6 times in 34 stages with generators and heat pumps on opposite horizontal blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + Opposite all blade turbine horizontal axis (16A) 7 to 7 turbine diameters in 35 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 8 times 36-stage etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A) of 9 to 37 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 38 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with a turbine horizontal axis (16A) of 1 to 12 turbine diameters and a generator and heat pump in 39 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 40 stages with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 42 stages etc. with 4 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generator and heat pump in 43 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy saving cycle coalescence engine with generator and heat pump in 44 stages etc. with 6 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generator and heat pump in 45 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 46 stages, etc. with turbine diameter 8 times as many as 1-12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 47 stages etc. with 9 times the turbine diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 times the turbine diameter to 48 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Heat-driven various gravity turbines are used in combination + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A) to 49 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal axis (16A) Double turbine diameter from 1 to 12 turbines to 50 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery for cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 1 to 12 turbine diameters tripled to 51 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Counter turbine blade horizontal axis (16A) 1 to 12 turbine diameters 4 times 52 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 53 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 54 stages etc. with 6 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 55 stages, etc., with 1 to 12 turbine diameters 7 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages with 1 to 12 turbine diameters 8 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 57 stages with 1 to 12 turbine diameters 9 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal shaft (16A) 10 to 10 times the turbine diameter to 58 stages generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbines, 59 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + Counter turbine blade horizontal shaft (16A) Double turbine diameter from 1 to 12 turbines to 60 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled to 1 stage etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravitational turbines + Opposite all blade turbine horizontal shaft (16A) 4 to 12 turbine diameters in 2 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 3 stages with 1 to 12 turbine diameters 5 times on the horizontal axis (16A) facing all rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 6 stages, etc., with 1 to 12 turbine diameters 8 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 7 stages with 1 to 12 turbine diameters 9 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 8 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 9 stages, etc. with 1 to 12 turbine diameters 1 × on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 10 stages with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc., with 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps for 12 stages of 4 to 12 turbine diameters on opposite horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 5 times 13 stages with generators and heat pumps on opposed horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie drive Used in combination with various gravity turbines + Counter turbine blade horizontal shaft (16A) 6 to 12 turbine diameters in 14 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + cold turbine exhaust is compressed heat recovery + combined use with various heat-driven gravity turbines + 1 to 12 turbine diameters 7 times on 15-stage generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 8 times 16 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with a variety of gravity-driven gravity turbines + 1 to 12 turbines 9 times the diameter of the opposed all blade turbine horizontal axis (16A) to 17 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 18 stages with 1 to 12 turbine diameters 10 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines equipped with generators and heat pumps in 19 stages, etc. with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 20 stages with 1 to 12 turbine diameters doubled on opposite horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 21 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 22 stages etc. with 4 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal axis (16A) 5 to 15 turbine diameters in 23 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie drive Used in combination with various gravity turbines + 1 to 12 turbine diameters 6 times 24 stages with generators and heat pumps on opposed horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+質量駆動タービン7駆動水と排気で熱量駆動タービン排気を冷却+対向金属球液体金属重力冷熱タービン中核地熱各種タービン25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Mass driven turbine 7 Drive water and exhaust cool heat-driven turbine exhaust + Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal various turbines 25 stages etc. are equipped with generators and heat pumps Various energy conservation cycle coalescence engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 8 times turbine generators and heat pumps, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 9 times 27 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 28 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with 1 to 12 turbine diameters of 1 to 12 turbines in 29 stages, etc. on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 30 stages with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 32 stages etc. with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump installed in 33 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump in 34 stages etc. with 6 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy saving cycle coalescence engine with generator and heat pump in 35 stages etc. with 7 times the diameter of turbine of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 36 stages, etc. with a turbine shaft 8 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump installed in 37 stages etc. with 1 to 12 turbine diameters 9 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps installed in 38 stages, etc., with 1 to 12 turbine diameters 10 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 39 stages, etc., with 1 to 12 turbine diameters 1x on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power turbine Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 40 stages of 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multistage structure + storage battery drive prime Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbine diameters are tripled to 41 stages and so on with a generator and heat pump.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescence engines with generators and heat pumps in 42 stages, etc. with 4 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 43 stages etc. with 5 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multistage structure + storage battery drive prime Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 44 stages with 6 to 6 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 45 stages, etc., with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which 1 to 12 turbines are 8 times larger in diameter and provided with generators and heat pumps in 46 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multistage structure + storage battery drive prime Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps installed in 47 stages, etc., with 1 to 12 turbines 9 times the diameter of the opposed turbine blade horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with a turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 48 stages with 1 to 12 turbines diameter 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 49 stages etc. with 1 to 12 turbine diameters 1x on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps, etc., with double turbine diameter of 1 to 12 turbines in 50 stages, etc. on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 51 stages, etc. with 3 times the turbine diameter of 1 to 12 turbines on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with a turbine + various all-energy storage cycle coalescence engine with generators and heat pumps in 52 stages etc. with 4 times the turbine diameter 4 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines, various energy storage cycle coalescence engines with generators and heat pumps in 53 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with a turbine + various all-energy storage cycle coalescing engine with generator and heat pump in 54 stages etc. with 6 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines, various energy storage cycle coalescence engines with generators and heat pumps installed in 55 stages, etc. with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with a turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 56 stages etc. with 8 times the turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with a turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 57 stages etc. with 9 times the turbine diameter of 1-12 turbines on the horizontal axis (16A) of opposed all blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 58 stages etc. with a turbine diameter of 1 to 12 turbines 10 times larger on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various energy storage cycle coalescence engines with generators and heat pumps in 59 stages etc. with 1 to 12 turbine diameters 1x on the horizontal axis (16A) of the opposed all blade turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 60 stages etc. with double turbine diameter of 1 to 12 turbines on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescing engine with 1 to 12 turbine diameters tripled on the horizontal axis (16A) of the opposed rotor blades and a heat pump in one stage.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with turbines + various energy storage cycle coalescing engines with generators and heat pumps in two stages with 1 to 12 turbine diameters 4 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 3 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescing engine with 1 to 12 turbine diameters 6 times in 4 stages on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescing engine with 1 to 12 turbine diameters 7 times larger in 5 stages etc. on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 6 stages etc. with 8 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with a generator and heat pump in 7 stages etc. with 9 times the turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with a turbine horizontal axis (16A) and a generator and heat pump with 1 to 12 turbine diameters 10 times 8 stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with a turbine horizontal axis (16A) and 1 to 12 turbines with a diameter of 1 turbine and a 9-stage generator and heat pump.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 10 stages, etc., with 1 to 12 turbine diameters doubled on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy conservation cycle coalescing engines with generators and heat pumps installed in 11 stages, etc., with a turbine horizontal axis (16A) of 3 to 1 turbine diameter 3 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 12 stages of 4 to 12 turbine diameters on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with a turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 13 stages, etc. with 5 times the turbine diameter of 1 to 12 turbines in the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines, various energy storage cycle coalescing engines with generators and heat pumps in 14 stages with 6 to 12 turbine diameters on the horizontal axis (16A) of opposed all blade turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with turbines, various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with a turbine + various all-energy storage cycle coalescence engine with a generator and heat pump in 16 stages of 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 17 stages with 9 to 12 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines with generators and heat pumps in 18 stages of 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of the opposed all blade turbine that dissolves in deep water etc.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines equipped with generators and heat pumps in 19 stages, etc. with 1 to 12 turbine diameters 1 times on the opposed horizontal blade turbine horizontal axis (16A) that dissolves in deep water etc.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines with generators and heat pumps in 20 stages with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed all blade turbine that dissolves in deep water.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc., with a turbine diameter of 1 to 12 turbines tripled by the opposed horizontal blade turbine horizontal axis (16A) that dissolves in deep water and the like.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed all blade turbines that dissolve in deep water.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Heat recovery compression heat from geothermal heating air + Compression heat recovery from cold turbine exhaust + Combined use with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) increases the turbine diameter of 1 to 12 turbines by 5 times 23 Various energy storage cycle coalescing engines with generators and heat pumps in stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Heat recovery compression heat from geothermal heating air + Compression heat recovery from the exhaust of the cold turbine + Combined use with heat-driven various gravity turbines + 24 turbine diameters of 1 to 12 turbines are increased by 24 times with the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Heat recovery compression heat from geothermal heating air + Compression heat recovery from cold turbine exhaust + Combined use with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 25 times 1 to 12 turbine diameters 7 times Various energy storage cycle coalescing engines with generators and heat pumps in stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery from geothermal heating air + compression heat recovery from cold turbine exhaust + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A) is increased to 26 stages with a generator and heat pump. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Heat recovery compression heat from geothermal heating air + Compression heat recovery from cold turbine exhaust + Combined use with various heat energy driven gravity turbines + Opposite all blade turbine horizontal axis (16A) 27 times 9 to 9 turbine diameters Various energy storage cycle coalescing engines with generators and heat pumps in stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 10 to 12 turbine diameters in 28 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 29 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Calorie drive for various gravity turbines + Opposite all blade turbine horizontal shaft (16A) Doubles turbine diameter of 1 to 12 to 30 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled to 31 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal shaft (16A) 4 to 12 turbine diameters to 32 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 33 stages etc. with 5 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 34 stages with 6 turbine diameters of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 35 stages with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 36 stages with 1 to 12 turbine diameters 8 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 37 stages etc. with 9 to 9 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 turbine diameters to 38 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 39 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + Counter turbine blade horizontal shaft (16A) Doubles 1 to 12 turbines to 40 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameter 3 times 41 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 42 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generator and heat pump in 43 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy saving cycle coalescence engine with generator and heat pump in 44 stages etc. with 6 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generator and heat pump in 45 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 46 stages, etc. with turbine diameter 8 times as many as 1-12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 47 stages etc. with 9 times the turbine diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 48 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, with 1 to 12 turbine diameters 1x on 49 stages, etc. on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, with generator and heat pump installed in 50 stages, etc. with double turbine diameter of 1-12 units on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps in 51 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 52 stages with 1 to 12 turbine diameters 4 times the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie drive combined use with various gravity turbines + 1 to 12 turbine diameters 5 times 53 stages etc Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 6 times 54 stages with generators and heat pumps with opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times on 55-stage generators and heat pumps with opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 8 times 56 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 57 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 58 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 59 stages, etc. with 1 to 12 turbine diameters 1x on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 60 stages etc. with double turbine diameters of 1 to 12 turbines on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps with 1 to 12 turbine diameters 3 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in two stages with 1 to 12 turbine diameters 4 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat driven various gravity turbines + 1 to 12 turbines 5 times larger in 3 stages, etc. with opposed all blade turbine horizontal shaft (16A) Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 6 to 12 turbine diameters in 4 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal axis (16A) 7 to 7 turbine diameters in 5 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 1 to 12 turbine diameters 8 times 6 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat driven various gravity turbines + Counter turbine blade horizontal shaft (16A) 1-12 turbine diameter 9 times 7 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 8 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 9 stages, etc. with 1 to 12 turbine diameters 1 × on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 10 stages with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages, etc., with 1 to 12 turbine diameters 3 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps for 12 stages of 4 to 12 turbine diameters on opposite horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 13 stages with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump in 14 stages with 1 to 12 turbine diameters 6 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages of 1 to 12 turbine diameters 8 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 17 stages with 1 to 12 turbine diameters 9 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 18 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of the opposed rotor blades with a horizontal axis (16A) of 19 stages, etc. Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) Double turbine diameter from 1 to 12 turbines to 20 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 21 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with a variety of gravity-driven gravity turbines + Opposite all blade turbine horizontal shaft (16A) 4 to 12 turbine diameters in 22 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescence engine with generator and heat pump installed in 23 stages etc. with 5 times the turbine diameter of 1-12 units on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 24 stages with 1 to 12 turbine diameters 6 times on the opposed all-blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 25 stages with 1 to 12 turbine diameters 7x on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps installed in 26 stages etc. with a turbine diameter of 1 to 12 on the shaft (16A) 8 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 27 stages, etc., with 1 to 12 turbine diameters 9 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 10 to 12 turbine diameters in 28 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 29 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Calorie drive for various gravity turbines + Opposite all blade turbine horizontal shaft (16A) Doubles turbine diameter of 1 to 12 to 30 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters tripled to 31 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal shaft (16A) 4 to 12 turbine diameters to 32 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump installed in 33 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump in 34 stages etc. with 6 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy saving cycle coalescence engine with generator and heat pump in 35 stages etc. with 7 times the diameter of turbine of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 36 stages, etc. with a turbine shaft 8 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump installed in 37 stages etc. with 1 to 12 turbine diameters 9 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 38 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves metal sphere liquid metal and specific material impact reducing material ascending + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat source + various gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 39 stages, etc. with 1 to 12 turbine diameters multiplied by the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 40 stages with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 3 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 42 stages etc. with 4 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 5 times 43 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters 6 times 44 stages with generators and heat pumps on opposite horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Combined use with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times 45 stages with generators and heat pumps on opposed horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを46段に設けて高温水を垂直下方に加速する構造や方法+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼弾み車タービンのタービン径9倍を駆動+地熱空気加熱器(2z)をボーリングマシン掘削穴に挿入具備する各種エネルギ保存サイクル合体機関。
Structure and method for accelerating high-temperature water vertically downward by providing 46 stages of opposed metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and approximately the same shape and length Accumulation of storage battery drive, electric drive, and thermal use + Collecting geothermal heat with a geothermal air heater (2z) + Increasing and storing metal sphere liquid metal and specific material impact reducing material with an increase ball rising device (2F) + With geothermal heat Compressing the heated air, heating the geothermal heating air, recovering the compressed heat, compressing the heat from the cold turbine exhaust, driving the turbine diameter of the opposed rotor blade turbine 9 times + driving the geothermal air heater (2z) drilling hole Various energy storage cycle coalescing engine inserted in
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 times the turbine diameter to 47 stages generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 48 stages, etc., with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 49 stages, etc., with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 50 stages, etc., with 1 to 12 turbine diameters tripled on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy conservation cycle coalescing engines with generators and heat pumps installed in 51 stages, etc., with 1 to 12 turbine diameters 4 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 52 stages with 5 times the diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 6 times 53 stages with generators and heat pumps with opposed all blade turbine horizontal shaft (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 7 to 12 turbine diameters are increased to 54 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 8 to 12 turbine diameters are increased to 55, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in 1 to 12 turbine diameters 9 times 56 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 57 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 58 stages, etc. with 1 to 12 turbine diameters multiplied by the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 59 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, with generators and heat pumps in 60 stages, etc. with 3 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in the first stage of 4 to 12 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in two stages with 1 to 12 turbine diameters 5 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 3 stages with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 8 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages etc. with 9 to 12 turbine diameters on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 7 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined with heat-driven various gravitational turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 8 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) Double turbine diameter from 1 to 12 turbines to 9 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various amount of gravity turbines + Opposite all blade turbine horizontal axis (16A) 3 to 1 turbine diameter tripled to 10 stages generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 4 times 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbines 5 times the diameter of 12 turbines on the horizontal shaft (16A) facing the generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 13 stages etc. with 6 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescence engine with generator and heat pump in 14 stages with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 8 times larger on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages with 1 to 12 turbine diameters 9 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 17 stages of 1 to 12 turbine diameters 10 times on the opposed all-blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters are increased to 18 stages, etc. with opposed all blade turbine horizontal shaft (16A) Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + Counter turbine blade horizontal axis (16A) 1 to 12 turbine diameters doubled to 19 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Used in various amount of gravity turbines + Opposite all blade turbine horizontal axis (16A), 1 to 12 turbine diameters tripled to 20 stages, generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 21 stages etc. Energy storage cycle coalescing engine with generator and heat pump .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbines with a horizontal axis (16A) with a horizontal axis (16A) of 5 to 22 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump installed in 23 stages, etc., with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 24 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, with generator and heat pump installed in 25 stages with 1 to 12 turbine diameters 8 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 26 stages etc. with 9 to 9 turbine diameters on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 27 stages etc. with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 1st to 12th turbine diameters in 28 stages on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with 1 to 12 turbine diameters doubled in 29 stages, etc. on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 30 stages, etc., with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with 4 turbine diameters 4 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 32 stages with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 6 times 33 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 7 to 7 stages, generators and heat pumps, etc. Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Combined use with various heat-driven gravity turbines + 1 to 12 turbines 8 times the diameter of the opposed turbine blade horizontal shaft (16A) to 35 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 9 times, various energy conservation cycle coalescence engine with generator and heat pump in 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 turbine diameters to 37 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 38 stages etc. with 1 to 12 turbine diameters 1x on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 39 stages etc. with double turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 40 stages, etc. with 3 times the turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 41 stages, etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 6 times 43 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + Opposite all blade turbine horizontal shaft (16A) 7 to 12 turbine diameters in 44 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Combined use in various gravity turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 8 times 45 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 9 times 9 stages of various energy conservation cycle coalescence engine provided with generator and heat pump in 46 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 times the turbine diameter to 47 stages generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 48 stages etc. with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump installed in 49 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescing engine with generator and heat pump installed in 50 stages, etc., with 3 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 51 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 52 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 53 stages etc. with 6 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump installed in 54 stages, etc. with 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 55 stages with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 56 stages, etc. with a turbine axis of 1 to 12 turbines 9 times the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 57 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 58 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Chilled turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Counter turbine blade horizontal shaft (16A) doubles turbine diameter from 1 to 12 to 59 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various amount of gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters tripled to 60 stages generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 4 times turbine energy generator cycle and combined with various energy storage cycle engines .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbines 5 times larger in 2 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 3 stages with 1 to 12 turbine diameters 6x on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 4 stages with 1 to 12 turbine diameters 7 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 6 stages with 1 to 12 turbine diameters 9 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined use + various energy storage cycle coalescing engines with generators and heat pumps in 7 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined with heat-driven various gravitational turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 8 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) Double turbine diameter from 1 to 12 turbines to 9 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various amount of gravity turbines + Opposite all blade turbine horizontal axis (16A) 3 to 1 turbine diameter tripled to 10 stages generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal shaft (16A) Various energy storage cycle coalescence engines with 1 to 12 turbine diameters 4 times 11 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbines 5 times the diameter of 12 turbines on the horizontal shaft (16A) facing the generator or heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves metal sphere liquid metal and specific material impact reducing material ascending + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat source + various gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 13 stages etc. with 6 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 14 stages of 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines Combined with + various energy storage cycle coalescing engines with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 8 times on the opposed all-blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages with 1 to 12 turbine diameters 9 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 17 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 18 stages etc. with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 19 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 20 stages with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with a turbine shaft 4 times the diameter of 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 22 stages with 5 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines 6 times the diameter of the opposed all blade turbine horizontal axis (16A) to 23 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat energy driven gravity turbines + 1 to 12 turbine diameters 7 times 24 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 25 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1-12 turbine diameter 9 times turbine energy generator cycle heat engine with 26 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters are increased to 27 stages, etc. with a counter-rotating blade turbine horizontal axis (16A) generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 28 stages, etc., with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps installed in 29 stages, etc., with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 30 stages with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 31 stages etc. with 4 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 32 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 6 times 33 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 7 to 7 stages, generators and heat pumps, etc. Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal sphere liquid metal and specific material impact reducing material are raised and stored by increasing sphere rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Combined use with various heat-driven gravity turbines + 1 to 12 turbines 8 times the diameter of the opposed turbine blade horizontal shaft (16A) to 35 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 9 times, various energy conservation cycle coalescence engine with generator and heat pump in 36 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 turbine diameters to 37 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump installed in 38 stages etc. with 1 to 12 turbine diameters 1 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, with generators and heat pumps installed in 39 stages, etc. with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 40 stages for 1 to 12 turbine diameters 3 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 41 stages, etc., with 4 times the diameter of 1 to 12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 42 stages etc. with 5 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 43 stages with 6 to 6 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 44 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump in 45 stages, etc. with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 46 stages, etc. with a turbine shaft diameter 9 times 1 to 12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump installed in 47 stages etc. with 10 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 48 stages, etc., with 1 to 12 turbine diameters 1x on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 49 stages etc. with 12 times the turbine diameter 12 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 50 stages, etc., with 1 to 12 turbine diameters doubled on the horizontal axis (16A) of opposed all blade turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines provided with generators and heat pumps in 51 stages, etc., with 3 times the diameter of 1 to 12 turbines.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 52 stages, etc., with 4 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 53 stages etc. with 5 times the diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 54 stages, etc. with 6 times the turbine diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multi stage structure + storage battery drive prime + increase sphere lifting device (2F) Metal spheres Liquid metal and specific material impact reduction materials are saved and saved + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in various gravity turbines + Various energy storage cycle coalescence engines with generators and heat pumps in 55 stages, etc., with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multistage structure + storage battery drive prime Metal sphere Liquid metal and specific material impact reducing material is stored and saved + Geothermal heating air is compressed and geothermal heating air is heated Compression heat recovery + Cold turbine exhaust is compressed heat recovery + Opposite all blade turbine horizontal axis ( In 16A), various energy storage cycle coalescing engines in which generators and heat pumps are provided in 56 stages, etc. with 1 to 12 turbine diameters 8 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter approximately the same shape and the same length geothermal power turbine multistage structure + storage battery drive prime Metal spheres Liquid metal and specific material impact reduction materials are saved and stored + Geothermal heating air is compressed and geothermal heating air is heated Compressed heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various gravity turbines + Various energy storage cycle coalescing engines with generators and heat pumps in 57 stages, etc. with 1 to 12 turbine diameters 9 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with a turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 58 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various energy storage cycle coalescence engines with generators and heat pumps in 59 stages etc. with 1 to 12 turbine diameters 1x on the horizontal axis (16A) of the opposed all blade turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy-conserving cycle coalescing engines with generators and heat pumps in 60 stages etc. with 12 to 12 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 1 stage, etc., with 1 to 12 turbine diameters twice on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines, various energy storage cycle coalescing engines with generators and heat pumps in two stages with 1 to 12 turbine diameters tripled on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines, various energy storage cycle coalescing engines with generators and heat pumps in three stages with 4 to 12 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with a turbine + various all-energy storage cycle coalescence engine with a generator and heat pump in 4 stages with 5 times the turbine diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with a turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 5 stages with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined use with turbines + various energy storage cycle coalescing engines with generators and heat pumps in 6 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines, various energy storage cycle coalescence engines with generators and heat pumps in 7 stages with 1 to 12 turbine diameters 8 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 8 stages etc. with 9 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 9 stages with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps with 10 stages of 1 to 12 turbine diameters on the horizontal axis (16A) of the opposed all blade turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines + various energy storage cycle coalescing engines with generators and heat pumps in 11 stages etc. with 12 times the turbine diameter 12 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines + various energy storage cycle coalescing engines with generators and heat pumps in 12 stages etc. with double turbine diameters of 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various energy storage cycle coalescing engines with generators and heat pumps in 13 stages, etc., with 1 to 12 turbine diameters tripled on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescence engine equipped with generators and heat pumps in 14 stages with 1 to 12 turbine diameters 4 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 15 stages, etc. with 5 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescing engine with generators and heat pumps in 16 stages with 6 turbine diameters of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with the turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 17 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 18 stages etc. with 8 times turbine diameter 8 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 19 stages, etc., with a turbine horizontal axis (16A) of 9-12 turbine diameters 9 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 20 stages, etc., with a turbine horizontal axis (16A) of 10 to 12 turbine diameters 10 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc., with 1 to 12 turbine diameters 1 to 21 on the turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific material are raised and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Various energy storage cycle coalescing engines with generators and heat pumps in 22 stages with 1 to 12 turbine diameters 12 times on turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with a turbine + various all-energy storage cycle coalescence engine with generator and heat pump in 23 stages etc. with 1 to 12 turbine diameters doubled on opposite horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. + Compressed heat recovery from the cold turbine exhaust. + Gravity driven various gravity. Combined with a turbine + various all-energy-conserving cycle coalescing engines with generators and heat pumps in 24 stages, etc., with 1 to 12 turbine diameters tripled on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines, various energy storage cycle coalescence engines with generators and heat pumps installed in 25 stages, etc., with 1 to 12 turbines 4 times the diameter of the opposed rotor blade horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with turbines + various energy storage cycle coalescing engines with generators and heat pumps in 26 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed air is recovered by compressing the air heated by geothermal heat. Combined with a turbine + various all-energy storage cycle coalescing engine with generator and heat pump in 27 stages with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing air heated by geothermal heat + Recovered heat from cold turbine exhaust + Recovered exhaust air from ocean Various energy storage cycle coalescing engines with generators and heat pumps installed in 28 stages of 1 to 12 turbine diameters 7 times on the horizontal axis (16A) of the opposed all rotor blades that dissolve in deep water.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing air heated by geothermal heat + Recovered heat from cold turbine exhaust + Recovered exhaust air from ocean Various energy storage cycle coalescing engines with generators and heat pumps in 29 stages with 1 to 12 turbine diameters 8 times larger on the opposed horizontal blade turbine horizontal axis (16A) that dissolves in deep water etc.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing the heated air by geothermal heat + Recovered heat from the cold turbine exhaust + Recovered exhaust air from the ocean Various energy storage cycle coalescing engines with generators and heat pumps in 30 stages with 1 to 12 turbine diameters 9 times on the opposed full blade turbine horizontal axis (16A) that dissolves in deep water etc.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) 1-26 times the same diameter of the same shape and the same length geothermal power generation turbine structure + storage battery driven various vessel prime In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing air heated by geothermal heat + Recovered heat from cold turbine exhaust + Recovered exhaust air from ocean Various energy storage cycle coalescing engines with generators and heat pumps installed in 31 stages, etc., with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of the opposed all blade turbine that dissolves in deep water etc.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動各種船舶類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+排気空気を海洋深層水等に溶解する対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter and the same shape and the same length geothermal power generation In (2F), the metal sphere liquid metal and the material for reducing the impact of specific substances are stored and stored. + Compressed heat recovery from geothermal heating air by compressing air heated by geothermal heat + Recovered heat from cold turbine exhaust + Recovered exhaust air from ocean Various energy storage cycle coalescing engines with generators and heat pumps installed in 32 stages, etc., with 1 to 12 turbine diameters 1 times on the horizontal axis (16A) of the opposed all rotor blades dissolved in deep water.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, the geothermal heating air is heated and compressed heat recovery + the cold turbine exhaust is compressed heat recovery + combined use with various calorie turbines + 1 to 12 turbine diameters 12 times on the horizontal axis (16A) of opposed turbines 33 Various energy storage cycle coalescing engines with generators and heat pumps in stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Heat recovery compression heat from geothermal heating air + Compression heat recovery from cold turbine exhaust + Combined use with heat-driven various gravity turbines + Double the diameter of 1 to 12 turbines by the horizontal shaft (16A) facing each other 34 Various energy storage cycle coalescing engines with generators and heat pumps in stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Heat recovery compression heat from geothermal heating air + Compression heat recovery from the exhaust of cold turbines + Combined use with various heat energy driven gravity turbines + 35 times the turbine diameter of 1 to 12 turbines with the horizontal axis (16A) facing each other Various energy storage cycle coalescing engines with generators and heat pumps in stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, heat and compression heat recovery from geothermal heating air + compression heat recovery from the cold turbine exhaust + horizontal turbine (16A) of opposed rotor blades 4 to 12 turbine diameters are increased to 36 stages, etc. Various energy conservation cycle coalescence engines provided.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置で落差増大+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected with a geothermal air heater (2z) + a head is increased with an increase sphere lift device + a metal sphere liquid metal and a material for reducing the impact of specific material are reduced with an increase sphere lift device (2F) + compressed air is heated with geothermal heat Then, the geothermal heating air is heated and compressed heat recovered + the cold turbine exhaust is compressed heat recovered + used in combination with various heat energy driven gravity turbines + The turbine diameter of 1 to 12 turbines is increased 37 times by the horizontal axis (16A) Various energy storage cycle coalescing engines with generators and heat pumps in stages.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 6 times 38 stages with generators and heat pumps on opposite horizontal blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Combined use with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A) of 7 stages to 39 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + 1 to 12 turbines with a horizontal axis (16A), 8 times the turbine diameter, 40 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 9 times 9 stages 41 stages etc .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 42 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 43 stages, etc., with 1 to 12 turbine diameters 1x on the opposed all-blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 44 stages with 1 to 12 turbine diameters 12 times on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 45 stages etc. with double turbine diameters of 1-12 units on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 46 stages etc. with 3 times the diameter of 1-12 turbines on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 47 stages etc. with 4 times the turbine diameter of 1 to 12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters are increased to 48 stages, etc. on the opposed all blade turbine horizontal axis (16A), generator, heat pump, etc. Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie drive Used in combination with various gravity turbines + Counter turbine blade horizontal shaft (16A) 6 to 12 turbine diameters in 49 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Combined use with heat-driven various gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 50 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery of cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 8 times 51 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal shaft (16A), 9 times the turbine diameter to 52 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 53 stages etc. with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 54 stages, etc. with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 55 stages with 1 to 12 turbine diameters 12 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 56 stages, etc., with 1 to 12 turbine diameters twice on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 57 stages etc. with 3 times the turbine diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 58 stages etc. with 4 times the diameter of 1-12 turbines at the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy storage cycle coalescence engine with generator and heat pump in 59 stages etc. with 5 times the turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 60 stages with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 1 stage, etc. with 1 to 12 turbine diameters 7 times on horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in two stages with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Combined use with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) on the horizontal axis (16A), 9 stages in three stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + Opposite all blade turbine horizontal axis (16A) 10 to 10 turbine diameters in 4 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined use with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 1 to 12 turbine diameters, 5 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1-12 turbine diameters 12 times 6 stages, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) Double turbine diameter of 1-12 units to 7 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 8 stages etc. with 3 times the turbine diameter of 1 to 12 turbines at the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescence engine with generator and heat pump in 9 stages etc. with 4 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 10 stages with 5 times the turbine diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 11 stages of 6 to 12 turbine diameters on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 12 stages with 1 to 12 turbine diameters 7 times on opposite horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters 8 times 13 stages with generators and heat pumps on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 9 to 9 turbine diameters in 14 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various calorie turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 10 times 15 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine structure + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 1x Turbine, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with 12-axis turbine horizontal axis (16A) to 17 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を18段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 18 stages, etc., with 1 to 12 turbine diameters doubled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を19段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 19 stages with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を20段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 20 stages with 1 to 12 turbine diameters 4 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を21段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 21 stages, etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を22段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generators and heat pumps in 22 stages etc. with 6 times the diameter of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を23段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with generator and heat pump in 23 stages etc. with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を24段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with generators and heat pumps in 24 stages with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を25段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with a generator and heat pump in 25 stages with 1 to 12 turbine diameters 9 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を26段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 26 stages, etc. with a turbine shaft 10 times the diameter of 1-12 turbines on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を27段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 27 stages, etc. with 1 to 12 turbine diameters 1x on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を28段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length geothermal power generation Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with 12-axis turbine horizontal axis (16A) to 28 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を29段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + cold turbine exhaust is compressed heat recovery + combined use with various heat energy driven gravity turbines + 1 to 12 turbine diameters are doubled to 29 stages, etc. on the opposed all blade turbine horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を30段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with a variety of gravity turbines + Opposite all blade turbine horizontal shaft (16A) 3 to 1 turbine diameter is increased to 30 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を31段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times the turbine diameter, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を32段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 5 to 12 turbine diameters to 32 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を33段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescence engine with generator and heat pump installed in 33 stages, etc. with 6 turbine diameters of 1 to 12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を34段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 34 stages etc. with 7 to 12 turbine diameters on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を35段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 35 stages, etc., with 1 to 12 turbine diameters 8 times larger on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を36段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with generators and heat pumps in 36 stages with a turbine diameter of 1 to 12 turbines 9 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を37段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 37 stages, etc., with 1 to 12 turbine diameters 10 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を38段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined use with various calorie turbines + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters are increased to 38 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を39段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is used for compression heat recovery + Heat-driven various gravity turbines are used + Opposite all blade turbine horizontal axis (16A) 12 to 12 turbine diameters increased to 39 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を40段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie-driven combined use with various gravity turbines + Counter turbine blade horizontal shaft (16A) Doubles 1 to 12 turbines to 40 stages, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を41段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various energy storage cycle coalescence engine with generator and heat pump in 1 to 12 turbine diameter 3 times 41 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を42段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 1 to 12 turbine diameters 4 times 42 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を43段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generator and heat pump in 43 stages etc. with 5 times the diameter of 1-12 turbines on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を44段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy saving cycle coalescence engine with generator and heat pump in 44 stages etc. with 6 times the diameter of 1-12 turbines on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を45段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generator and heat pump in 45 stages with 1 to 12 turbine diameters 7 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を46段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy conservation cycle coalescing engines with generators and heat pumps installed in 46 stages, etc. with turbine diameter 8 times as many as 1-12 on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を47段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 47 stages etc. with 9 times the turbine diameter of 1-12 turbines on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を48段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 48 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を49段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, with 1 to 12 turbine diameters 1x on 49 stages, etc. on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を50段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles with 1 to 12 turbine diameters 12 times on the horizontal axis (16A) of the opposed rotor blades and a 50-stage generator and heat pump.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を51段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps installed in 51 stages, etc., with 1 to 12 turbine diameters doubled on a horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を52段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles, equipped with a generator and heat pump in 52 stages, etc., with 1 to 12 turbine diameters tripled on the horizontal axis (16A) of opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を53段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cooling turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal axis (16A) 4 to 12 turbine diameters to 53 stages etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を54段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cryogenic turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 5 to 54 stages etc. Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を55段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Calorie drive Used in combination with various gravity turbines + Opposite all blade turbine horizontal axis (16A) 6 to 6 turbine diameters to 55 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を56段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Compressed heat recovery from cold turbine exhaust + Opposite all blade turbine horizontal axis (16A) Various turbines with various energy storage cycles equipped with generators and heat pumps in 1 to 12 turbine diameters 7 times in 56 stages etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を57段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) of 8 to 18 turbine diameters to 57 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を58段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engine with generator and heat pump in 58 stages etc. with turbine diameter 9 times as many as 1 to 12 on the opposed all blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を59段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 59 stages etc. with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を60段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material is raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in 60 stages, etc., with 1 to 12 turbine diameters multiplied by the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を1段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) In order to save the metal ball liquid metal and the material with reduced impact on the material, the geothermal heating air is compressed and the geothermal heating air is heated and compressed heat is recovered. The cold turbine exhaust is compressed and heat is recovered. Various energy storage cycle coalescing engines with a generator and heat pump in the first stage of 1 to 12 turbine diameters 12 times on the shaft (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+工場電化全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を2段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposing metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation turbine is installed in multiple stages + factory electrification prime + increasing sphere raising device (2F ) Metal sphere liquid metal and specific material impact reduction material are raised and stored + geothermal heating air is compressed and geothermal heating air is heated and compressed heat recovery + cold turbine exhaust is compressed heat recovery + heat quantity driven various gravity turbines Combined + various energy storage cycle coalescing engines with generators and heat pumps in two stages with 1 to 12 turbine diameters doubled on opposite horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を3段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbine diameters are tripled to 3 stages, etc. with opposed all blade turbine horizontal shaft (16A), generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を4段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + Opposite all blade turbine horizontal shaft (16A) 4 to 4 turbine diameters, etc. Generator and heat pump Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を5段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Used in combination with various heat-driven gravity turbines + 1 to 12 turbines with a horizontal axis (16A) with a horizontal axis (16A) of 5 to 5 stages, generators and heat pumps Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を6段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust compression heat recovery + Opposite all blade turbine horizontal shaft (16A) 1 to 12 turbine diameters 6 times 6-stage generators and heat pumps, etc. .
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを設けた構造+蓄電池駆動や電気駆動や温熱利用全盛にする+地熱を地熱空気加熱器(2z)で集める+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径7倍を7段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) with 1 to 26 times the same diameter, approximately the same shape and the same length of geothermal power generator + storage battery drive, electric drive, and warm use Is collected by geothermal air heater (2z) + metal ball liquid metal and specific material impact reduction material are raised and stored by increase ball rising device (2F) + geothermal heating air is compressed by heating and compressing geothermal heating air Heat recovery + Cold turbine exhaust is compressed heat recovery + Combined with heat-driven various gravity turbines + 1 to 12 turbine diameters 7 times on 7-stage generators and heat pumps with opposed rotor blade horizontal axis (16A) Various energy storage cycle coalescing engine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径8倍を8段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 8 stages with 1 to 12 turbine diameters 8 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径9倍を9段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 9 stages with 1 to 12 turbine diameters 9 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径10倍を10段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 10 stages with 1 to 12 turbine diameters 10 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径1倍を11段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all blade Various energy storage cycle coalescing engines with generators and heat pumps installed in 11 stages of 1 to 12 turbines with a horizontal axis (16A) of 1x.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンを多段に設けた+全面電化住宅全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径12倍を12段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1-26 times the same diameter, approximately the same shape, the same length geothermal power generation 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generators and heat pumps in 12 stages with 1 to 12 turbine diameters 12 times on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径2倍を13段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 13 stages with 1 to 12 turbine diameters doubled on opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径3倍を14段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 14 stages with 1 to 12 turbine diameters tripled on the opposed horizontal blade turbine horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンに併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径4倍を15段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Combined engine with various energy storage cycles equipped with generators and heat pumps in 15 stages with 1 to 12 turbine diameters 4 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+対向全動翼タービン水平軸(16A)で1〜12台のタービン径5倍を16段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, recovers compressed heat + compresses heat from the cold turbine exhaust + recovers the opposed all rotor blade turbine Various energy storage cycle coalescing engines with generators and heat pumps in 16 stages of 1 to 12 turbine diameters 5 times on the horizontal axis (16A).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍の同径略同形同長地熱発電タービンの多段構造+蓄電池駆動各種自動車類全盛にする+増大球上昇装置(2F)で金属球液体金属と比重大物質衝撃低減材料を上昇保存する+地熱で加熱の空気を圧縮して地熱加熱空気を加熱圧縮熱回収+冷熱タービン排気を圧縮熱回収+熱量駆動各種重力タービンと併用する+対向全動翼タービン水平軸(16A)で1〜12台のタービン径6倍を17段等に発電機や熱ポンプを設けた各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine core geothermal turbine blade cross section (4X) 1 to 26 times the same diameter approximately the same shape and the same length geothermal power generation turbine multistage structure + storage battery drive various automobile prime 2F) saves the metal sphere liquid metal and the material that reduces the impact of specific critical substances + compresses the air heated by geothermal heat, heats the geothermal heated air, collects compressed heat, collects heat from the cold turbine exhaust, collects heat from the heat, and heat-driven gravity turbines + Energy conservation cycle coalescence engine with generator and heat pump in 17 stages with 1 to 12 turbine diameters 6 times on the horizontal axis (16A) of the opposed rotor blades.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を1〜26倍に設けてタービン駆動金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that are used in combination with turbine-driven metal sphere mercury gravity gravitational heat-driven geothermal turbines by providing an opposed metal sphere liquid metal gravity cold-heat turbine core geothermal turbine blade cross section (4X) 1 to 26 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を2倍に設けてタービン駆動被覆金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that use a turbine driven coated metal sphere mercury gravity bite heat driven geothermal turbine with double the opposing metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を3倍に設けてタービン駆動金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that use three times as many opposed metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) and use in combination with turbine driven metal sphere mercury gravity series calorie driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を4倍に設けてタービン駆動被覆金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engine with four times as many cross section (4X) core geothermal turbine blade cross section (4X) as opposed metal sphere liquid metal gravity cold heat turbine, and combined with turbine drive coated metal sphere mercury gravity series heat drive geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を5倍に設けてタービン駆動金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescing engines that use a turbine-driven metal sphere mercury gravity counter-heat-driven geothermal turbine in combination with a 5-fold cross section of the core geothermal turbine blades (4X) of the opposed metal sphere liquid metal gravity cold-cooled turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を6倍に設けてタービン駆動被覆金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescing engines that are used in combination with turbine-driven coated metal sphere mercury gravity-opposed-heat-driven geothermal turbines with a 6-fold cross section (4X) of the core geothermal turbine blades of the opposed metal sphere liquid metal gravity cold-cooled turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を7倍に設けてタービン駆動金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engine that is used together with turbine driven metal sphere mercury gravitational gravity type calorie driven geothermal turbine with opposed metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) 7 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を8倍に設けてタービン駆動被覆金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engine which is equipped with a turbine driven coated metal sphere mercury gravity saddle type calorie driven geothermal turbine with 8 times the cross section (4X) of the core geothermal turbine blades of the opposed metal sphere liquid metal gravity cold heat turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を9倍に設けてタービン駆動金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that use 9 times the cross section (4X) of the core geothermal turbine blades of the opposed metal sphere liquid metal gravity cold and cold turbine and that are used in combination with the turbine driven metal sphere water gravity encroaching heat amount driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を10倍に設けてタービン駆動被覆金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that are used in combination with a turbine-driven coated metal sphere water gravity encroaching calorific value-driven geothermal turbine by providing 10 times the cross section (4X) of the core geothermal turbine blades of the opposed metal sphere liquid metal gravity cold heat turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を11倍に設けてタービン駆動金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that are used in combination with turbine-driven metal sphere water gravity series calorie-driven geothermal turbines by providing 11 times the cross section (4X) of the core geothermal turbine blades of the opposed metal sphere liquid metal gravity cold and cold turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を12倍に設けてタービン駆動被覆金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy conservation cycle coalescence engines that use a turbine-driven coated metal sphere water gravity series calorie-driven geothermal turbine with a counter geosphere liquid metal gravity cold-heat turbine core geothermal turbine blade cross section (4X) 12 times larger.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を13倍に設けてタービン駆動金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that are used in combination with a turbine-driven metal sphere water gravity counter-heat-driven geothermal turbine with 13 times the core metal geothermal turbine blade cross section (4X).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を14倍に設けてタービン駆動被覆金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engine with 14 times the counter metal sphere liquid metal gravity cold heat turbine core geothermal turbine blade cross section (4X) and combined with turbine driven coated metal sphere water gravity counter heat driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を15倍に設けてタービン駆動金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that are used in combination with a turbine-driven metal sphere water gravity gravity type calorie-driven geothermal turbine by providing 15 times the cross section (4X) of the core geothermal turbine blades of the opposed metal sphere liquid metal gravity cold heat turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を16倍に設けてタービン駆動被覆金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that are used in combination with turbine-driven coated metal sphere water gravity-gravity calorie-heated geothermal turbines with 16 times the opposed metal sphere liquid metal gravity cold-heat turbine core geothermal turbine blade cross section (4X).
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を17倍に設けてタービン駆動金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that are used in combination with a turbine-driven metal sphere mercury gravity gravitational heat-driven geothermal turbine by providing 17 times the cross section (4X) of the core geothermal turbine blades of the opposed metal sphere liquid metal gravity cold and cold turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を18倍に設けてタービン駆動被覆金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that are used in combination with turbine-driven coated metal sphere mercury gravitation gravitational heat driven geothermal turbines with 18 times the cross section (4X) of the core geothermal turbine blades of the opposed metal sphere liquid metal gravity cold heat turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を19倍に設けてタービン駆動金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engine with 19 times the cross section (4X) of the core geothermal turbine core of the opposed metal sphere liquid metal gravity cold and cold turbine and combined with the turbine driven metal sphere mercury gravity series calorie driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を20倍に設けてタービン駆動被覆金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that use the opposed metal sphere liquid metal gravity cryogenic turbine core geothermal turbine blade cross section (4X) 20 times and use in combination with turbine driven coated metal sphere mercury gravity series calorie driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を21倍に設けてタービン駆動金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that use a counter-driven metal sphere mercury gravity counter-heat-driven geothermal turbine in combination with a counter-metal sphere liquid metal gravity cold-heat turbine core geothermal turbine blade cross section (4X) 21 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を22倍に設けてタービン駆動被覆金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescing engines that are used in combination with a turbine-driven coated metal sphere mercury gravity counter-heat-driven geothermal turbine with a counter-current metal sphere liquid metal gravity cold-heat turbine core geothermal turbine blade section (4X) 22 times larger.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を23倍に設けてタービン駆動金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that are used in combination with a turbine-driven metal sphere mercury gravity-gravity calorific-heat-driven geothermal turbine with an opposed metal sphere liquid metal gravity cold-heat turbine core geothermal turbine blade cross section (4X) provided 23 times.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を24倍に設けてタービン駆動被覆金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that are used in combination with a turbine-driven coated metal sphere mercury gravity-gravity calorific-heat-driven geothermal turbine by providing 24 times the cross section (4X) of the core geothermal turbine blades of the opposed metal sphere liquid metal gravity cold and cold turbine.
対向金属球液体金属重力冷熱タービン中核地熱タービン翼断面(4X)を25倍に設けてタービン駆動金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Various energy storage cycle coalescence engines that are used in combination with turbine-driven metal sphere water gravity gravitational heat-driven geothermal turbines by providing 25 times the cross section (4X) of the core geothermal turbine blades of the opposed metal sphere liquid metal gravity cold and cold turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン103段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 103 stages of various turbines, and geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン104段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 104 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン105段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal heat Heat pump is driven by 105 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン106段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by various turbines 106 stages, and geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン107段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal Various heat turbines are driven by 107 stages of turbines, and geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン108段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal heat Heat pump is driven by 108 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン109段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal heat Heat pump is driven by 109 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン110段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 110 stages of various turbines, and geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン111段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by various turbines 111 stages, and geothermal heating CO2 is sucked and compressed together with the atmosphere, and the geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン112段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 112 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン113段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal Various heat turbines are driven by 113 stages of turbines, and geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン114段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 114 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン115段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal Various heat turbines are driven by 115 stages of turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン116段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal heat Heat pump is driven by 116 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン117段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 117 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン118段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal heat Heat pump is driven by 118 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン119段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 119 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン120段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 120 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン1段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by one stage of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン2段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by two stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン3段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 3 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン4段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 4 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン5段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 5 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン6段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 6 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン7段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 7 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン8段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 8 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン9段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 9 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン10段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 10 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン11段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 11 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン12段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 12 stages of various turbines, geothermal heating CO2 is sucked and compressed with air, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン13段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 13 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン14段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 14 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン15段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 15 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン16段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 16 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン17段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal heat Heat pump is driven by 17 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン18段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal heat Heat pump is driven by 18 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン19段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 19 stages of various turbines, CO2 for geothermal heating is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン20段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 20 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン21段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 21 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン22段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 22 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン23段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 23 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン24段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal Various heat turbines are driven by 24 stages of turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン25段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 25 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン26段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 26 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン27段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 27 stages of various turbines, and geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン28段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 28 stages of various turbines, geothermal heating CO2 is sucked and compressed with air, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン29段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 29 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン30段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 30 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン31段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 31 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン32段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbines Core geothermal heat Heat pump is driven by 32 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン33段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal heat Heating is driven by 33 stages of various turbines, and geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン34段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 34 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン35段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal various heat turbines are driven by 35 stages of turbines, and geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン36段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal heat Heat pump is driven by 36 stages of various geothermal turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン37段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 37 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン38段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal Heat pump is driven by 38 stages of various geothermal turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン39段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 39 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン40段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 40 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン41段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal various heat turbines are driven by 41 stages of turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン42段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal Various heat turbines are driven by 42 stages of turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン43段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 43 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heating heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン44段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal various heat turbines are driven by 44 stages of turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン45段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 45 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン46段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 46 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange drive. Various energy storage cycle coalescing engines used with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン47段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 47 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン48段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 48 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン49段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal various heat turbines are driven by 49 stages of turbines, and geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン50段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 50 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン51段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal various heat turbines are driven by 51 stages of turbines, and geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン52段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 52 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン53段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 53 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン54段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal Various heat turbines are driven by 54 stages of turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン55段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 55 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン56段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 56 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン57段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 57 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン58段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal Heat pump is driven by 58 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン59段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 59 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン60段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 60 stages of various geothermal turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン61段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 61 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン62段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 62 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン63段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 63 stages of various turbines, and geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン64段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 64 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン65段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal heat Heat pump is driven by 65 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン66段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal heat Heat pump is driven by various turbines 66 stages, and geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン67段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 67 stages of various turbines, CO2 for geothermal heating is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン68段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal Heat pump is driven by 68 stages of various geothermal turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン69段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 69 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン70段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 70 stages of various geothermal turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン71段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 71 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン72段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 72 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン73段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 73 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heating heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン74段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 74 stages of various turbines, geothermal heating CO2 is sucked and compressed with air, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン75段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 75 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン76段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 76 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン77段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 77 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン78段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 78 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン79段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 79 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン80段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 80 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン81段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cooling / cooling turbine Core geothermal various heat turbines are driven by 81 stages of turbines, and geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン82段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 82 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン83段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 83 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン84段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 84 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン85段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 85 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン86段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 86 stages of various turbines, geothermal heating CO2 is sucked and compressed with air, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン87段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 87 stages of various turbines, CO2 for geothermal heating is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン88段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 88 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン89段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 89 stages of various turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン90段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 90 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン91段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal Various heat turbines are driven by 91 stages of turbines, geothermal heating CO2 is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン92段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 92 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン93段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水銀重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 93 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン94段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 94 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange drive. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン95段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 95 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン96段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal spheres Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 96 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン97段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力直列熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 97 stages of various turbines, and geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン98段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 98 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン99段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力対向熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 99 stages of various turbines, CO2 of geothermal heating is sucked and compressed together with the atmosphere, and geothermal heating air is used for heat heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン100段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity cold heat turbine Core geothermal heat Heat pump is driven by 100 stages of various turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン101段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する被覆金属球水重力竪型熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 101 stages of various turbines, and geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with a driven geothermal turbine.
対向金属球液体金属重力冷熱タービン中核地熱各種タービン102段により熱ポンプを駆動して地熱加熱のCO2を大気と共に吸入圧縮して地熱加熱の空気を加熱熱交換使用する金属球水銀重力食込熱量駆動地熱タービン併用する各種エネルギ保存サイクル合体機関。
Opposite metal sphere Liquid metal gravity refrigeration turbine Core geothermal heat Heat pump is driven by 102 stages of various geothermal turbines, geothermal heating CO2 is sucked and compressed with the atmosphere, and geothermal heating air is used for heat exchange. Various energy storage cycle coalescing engines used in combination with geothermal turbines.